Acoustic and sound engineering Books

Book SynopsisTable of ContentsIntroduction 1 Part 1: Leaping into Logic Pro 5 Chapter 1: Getting Logic Pro Up and Sprinting 7 Chapter 2: Examining Logic Pro Projects 21 Chapter 3: Exploring the Main Window and Tracks Area 37 Chapter 4: Embracing Tracks and Regions 65 Part 2: Digital Recording and Using Prerecorded Media 81 Chapter 5: Introducing Digital Audio and MIDI 83 Chapter 6: Recording Audio 97 Chapter 7: Recording MIDI 111 Chapter 8: Adding Media to Your Project 123 Part 3: Making Music with Virtual Instruments 135 Chapter 9: Making Beats with Drum and Percussion Software Instruments 137 Chapter 10: Playing Virtual Vintage Instruments 163 Chapter 11: Sound Design with Synths and Samplers 185 Chapter 12: Conducting a Virtual Orchestra 213 Part 4: Arranging and Editing Your Project 225 Chapter 13: Arranging Your Music 227 Chapter 14: Editing Audio Tracks 255 Chapter 15: Editing MIDI Tracks 277 Part 5: Mixing, Mastering, and Sharing Your Music 297 Chapter 16: Mixing Your Project 299 Chapter 17: Shaping Your Mix with Effects 321 Chapter 18: Automating Your Mix 341 Chapter 19: Mastering Your Final Track 347 Chapter 20: Bouncing and Sharing Your Music 355 Part 6: The Part of Tens 363 Chapter 21: Ten Ways to Use an iPad with Logic Pro 365 Chapter 22: Ten Tips to Speed Your Workflow 377 Index 383

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Book SynopsisSound is integral to how we experience the world, in the form of noise as well as music. But what is sound? What is the physical basis of pitch and harmony? And how are sound waves exploited in musical instruments? In this Very Short Introduction Mike Goldsmith looks at the science of sound and explores sound in different contexts, covering the audible and inaudible, sound underground and underwater, accoustic and electric, and hearing in humans and animals. He also considers the problem of sound out of place - noise and its reduction.ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.Trade ReviewSound: A Very Short Introduction contains an excellent balance of science and story, and illuminates the reader about many facets of this broad topic. * Ray Eddy, H-Podcast *Wow! This book is nice...and cute...I highly recommend this book. Perhaps this is the best general book discussing "acoustics" in a very elementary sense. * Richard J. Peppin, Rion Co. Ltd. and Engineers for Change, Inc. *The book has something for everyone, and the author has done a remarkable job in assembling so much information and condensing it into a truly pocket-size edition. I do not know of another title that covers so much about sound in a nontechnical yet scientific manner. * Michael Greenfield, Physics Today *Table of Contents1. Past sounds ; 2. The nature of sound ; 3. Sounds in harmony ; 4. Hearing sound ; 5. Electronic sound ; 6. Ultrasound and infrasound ; 7. Sound underwater and underground ; 8. Sound out of place ; Further reading ; Index

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Book SynopsisModern Recording Techniques is the bestselling, authoritative guide to sound and music recording. Whether youâre just starting out or are looking to improve your skills, this book provides an in-depth guide to the art and technologies of music production and is a must-have reference for all audio bookshelves. Using its familiar and accessible writing style, this new edition has been fully updated, presenting the latest production technologies and including detailed coverage of digital audio workstations (DAWs), networked audio, musical instrument digital interface (MIDI), signal processing and much more. Modern Recording Techniques is supported by a host of video tutorials, which provide additional listening and visual examples, making this text essential reading for students, instructors and professionals.This updated tenth edition includes: Newly expanded Art and Technology chapters, providing more tips, tricks and insights for getting the best out of your recording, mixing, monitoring and mastering An expanded MIDI chapter to include MIDI 2.0 More in-depth coverage of digital audio and the digital audio workstation Greater coverage of immersive audio, including Dolby Atmos Production Table of Contents1. Introduction 2. Sound and Hearing 3. Studio Acoustics and Design 4. Microphones: Design and Application 5. The Analog Tape Recorder 6. Digital Audio Technology 7. The Digital Audio Workstation 8. Groove Tools and Techniques 9. MIDI and Electronic Music Technology 10. The iOS in Music Production 11. Multimedia and the Web 12. Synchronization 13. Amplifiers 14. Power- and Ground-Related Issues 15. Signal Processing 16. The Art and Technology of Monitoring 17. The Art and Technology of Recording 18. The Art and Technology of Mixing 19. The Art and Technology of Mastering 20. Immersive Audio 21. Media Distribution and Manufacturing 22. It's all about the Journey

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Book Synopsis'Once you start reading this utterly fascinating book it is nigh impossible to put it down ... This is a gem' Dame Evelyn Glennie Vic Tandy was a level-headed scientist, but there was no denying it: at this late hour in his lonely lab at Coventry University, he kept seeing a grey apparition out of the corner of his eye. Bathed in a cold sweat, his heart pounding in his chest, he questioned his own rational mind - could this really be a supernatural encounter? What on Earth could be sending such an eerie shudder through his body? Strange frequencies are all around us - in fact, there may be no limit to the marvellous power of vibration. So catch a wave with musical adventurer Richard Mainwaring and take a wild ride across the keys of his infinite piano. Along the way, you'll join the quest for the world's loneliest whale, whose tragically out-of-tune song has haunted oceanographers for decades. You'll discover what strange melodies are hidden in rats' whiskers and rainbows. And you'll find out how vibrations good and bad govern more or less everything around you.Trade ReviewExtraordinarily clear and concise science writing ... this is infotainment at its most charming and lightweight ... Mainwaring's garrulous offering is the real deal * Spectator *How can a book about sound, vibration and frequency be so enthralling, entertaining and informative? Once you start reading this utterly fascinating book it is nigh impossible to put it down. Richard Mainwaring is a master story-teller and communicator who whisks us into his world of child-like curiosity, unleashing stories from what can often be perplexing subjects. From frequencies of tsunamis, ghosts, rainbows to many aspects of our everyday lives, the author provides countless entry points to help us understand the sound world we live in. This is a gem -- Dame Evelyn GlennieTruly an eye opener, rewarding you with many 'oh my god I never knew that' moments -- Producer Steve Levine

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Book SynopsisThe latest hot camera is pretty irrelevant if one can''t understand what''s happening on screen. The key to any narrative is in the dialogue and voice over, but if this is unintelligible or difficult to hear, viewers will soon lose interest. With real world applications and a narrative to keep the reader's interest, Production Sound Mixing is the indispensable guide for film and video audio recording. Written by veteran sound mixer John J. Murphy, the book offers a step by step collaborative journey through the basic physics of sound, concluding with a practical guide of the latest techniques and equipment available to all who are interested in the best audio for their projects. Structured to mimic a 14-week semester, each chapter begins with an audio problem to be solved and ends with a solution drawn from information gleaned from past chapters. Suggested movie scenes that demonstrate the relevant audio techniques will also be included. Equally applicable to studio and locationTrade ReviewAn excellent, comprehensive, and contemporary primer for those interested in becoming sound recordists or mixers. John J. Murphy’s Production Sound Mixing guides you through all you need to know to understand sound recording and technique. * Bill Linsman, Associate Professor of Film and Television, Boston University, USA, and Former Professional Sound Recordist and Mixer *Full of detailed, specific, practical knowledge as well as tips that only pros can teach, Production Sound Mixing is a valuable resource with a relaxed, readable style. With professional—but not overly technical—insights, John M. Murphy covers the physics of sound, equipment, work practice, and troubleshooting for faculty, students, and amateurs in sound production. * Peter Kiwitt, Assistant Professor, School of Film and Animation, Rochester Institute of Technology, USA, and Direcor Member of the Directors Guild of America *I've waited years for this book: it is far and away the most useful book on production audio for first-time students that I've encountered. * Piers Storey, University of Suffolk, UK *Comprehensive guide to the theory, technology and working practices involved in capturing location sound. With plenty of diagrams and an accessible style, this will be of huge value to Film sound students and aspiring professionals. * Simon Waite, Staffordshire University *Table of ContentsPreface Acknowledgements Introduction Chapter 1: What is Sound? Chapter 2: Microphones: The Basic Types and How They Work Chapter 3: The DSLR Shoot: Making the Most of What’s at Hand Chapter 4: The Audio Mixer Chapter 5: Choosing a Location Chapter 6: Booming: The View from Above Chapter 7: Wireless Microphones: What They Are, How They Work, and How and Why We Use Them Chapter 8: Interviews! Chapter 9: On the Set Chapter 10: Prep Is Everything: Your Basic Kit Chapter 11: Synchronization Chapter 12: Post-Production: Where Does It GO From Here? Chapter 13: Opportunities for Sound Work in Film/Video Chapter 14: Stereo: When Two Become One Appendix Glossary Index

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Book SynopsisIt was not until the beginning of the twentieth century that the physicist Wallace Clement Sabine developed his theory of reverberation, which has remained fundamental to architectural acoustics to this day, and has subsequently been applied to many building types, especially those for the performing arts. Yet the practice of architectural acoustics goes back much further with the impressive designs of the Greeks proving highly influential. This comprehensive book explores the development of acoustics in architectural design from the theatres of Classical Greece, through the early development of opera houses, concert halls and theatres, to the research work of Sabine and his successors and its influence on twentieth- and twenty-first-century buildings. Topics covered include: the fundamentals of acoustics; the influential legacy of the Greeks and Romans; the evolving design of opera houses, theatres and concert halls and, finally, the acoustics of schools, music schools and recital halls.Trade ReviewThroughout the book, Orlowski’s writing style is clear, concise, on-point and highly engaging. For students looking to study the history and theory of acoustics in architecture and those already plying their trade in the arts, the book is a valuable work. -- Simon Duff * Lighting & Sound International Magazine *The book is very informative. It will be a good reference for all those dealing with the design of classrooms, concert halls, and opera houses, etc. -- Applied Acoustics reviewer Siu-Kit Lau * Applied Acoustics Journal on Science Direct *Raf Orlowski’s book is a welcome addition to the literature on architectural acoustics. It provides a comprehensive review of the development of the acoustic design of many different types of building with particular emphasis on spaces for the performing arts such as opera houses, theatres and concert halls. -- Bridget Shield MBE, reviewer Acoustics Bulletin * Acoustics Bulletin *

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Book SynopsisHow do we understand culture and shape its future? How do we cross the bridge between culture as ideas and feelings and physical, cultural objects, all this within the endless variety and complexity of modern and traditional societies? This book proposes a Physical Culture Theory, taking culture as a self-organizing impulse pattern of electric forces. Bridging the gap to consciousness, the Physical Culture Theory proposes that consciousness content, what we think, hear, feel, or see is also just this: spatio-temporal electric fields. Music is a perfect candidate to elaborate on such a Physical Culture Theory. Music is all three, musical instrument acoustics, music psychology, and music ethnology. They emerge into living musical systems like all life is self-organization. Therefore the Physical Culture Theory knows no split between nature and nurture, hard and soft sciences, brains and musical instruments. It formulates mathematically complex systems as Physical Models rather than Artificial Intelligence. It includes ethical rules for maintaining life and finds culture and arts to be Human Rights. Enlarging these ideas and mathematical methods into all fields of culture, ecology, economy, or the like will be the task for the next decades to come.Table of ContentsSome Fundamentals of Musical Acoustics.- Some Fundamentals of Music Psychology.- Some Fundamentals of Comparative Musicology.- Impulses.- Turbulence.- Saxophone.- More wind instruments.- Friction Instruments.- Guitars and Plucked String Instruments.- The Human Voice.- Neurophysiology of Music.- Music and Consciousness.- Reconstructing Impulses - The Ear and the Auditory Pathway.- Timbre.- Rhythm, Musical Form, and Memory.- Music, Meaning, and Emotion.- Physical Culture Theory.

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Book SynopsisAs featured in Wallpaper*, The Wall Street Journal, Monocle, and New York Magazine’s, The Strategist The design, history, and cultural impact of turntables and vinyl technology: the twin powerhouses of the 'vinyl revival' phenomenon Interest in turntables and records is enjoying a renaissance as analog natives and new converts find their enduring style and extraordinary sound inimitable. Revolution, a follow-up to Phaidon's beloved Hi-Fi: The History of High-End Audio Design, explores the design and cultural impact of the turntable, the component at the center of the 'vinyl revival'. An essential book for audiophiles, collectors, and design fans, Revolution showcases the fascinating history of turntables and vinyl technology from the 1950s to today's cutting-edge designs. Written by Schwartz, author of Hi-Fi: The History of High-End Audio Design, who is an audio design expert and passionate about analog music, this book includes 300 illustrations from the world of turntables, from affordable to high-end, and everything in between. An essential addition to the bookshelf for analog natives and those new to the vinyl revival as well as music and design lovers.Trade Review 'An entertaining insight into the many ways that designers have shaped the simple record player over the decades... Excellent.' – Wallpaper*‘If you love vinyl, you’ll want to give hi-fi enthusiast Gideon Schwartz’s new book a spin.’ – Wall Street Journal‘Essential for both seasoned collectors and anyone new to the vinyl-revival movement.’ – New York Magazine, The Strategist 'A lavishly photographed survey of the ever-evolving turntable.' – Fast Company‘The turntable is once again in the spotlight.’ – HYPEBEAST 'A magnificent title.' – Ecoustics 'A celebration of the designs that brought music to life.' – Acquire 'Audiophiles will find curiosities to salivate over.' – WIRED 'Stunning devices [are] on display in this sumptuous book featuring inventive brands.' – Globe and Mail 'This coffee table book is loaded with stunning visuals and impressive details about the making of eye-catching record players.' – Cool Material 'A perfect marriage of sound and vision.' – Departures 'Captures the staying power of turntables.' – The Creative Factor 'A history rich with numerous luminaries of industrial design.' – Design Milk‘[A] favorite to spruce up someone's space and pique their intellectual curiosity.’ – Valet Mag 'Explores the cultural impact of a musical format that's still going strong.' – The Dieline 'Vinyl's resurgence shows no signs of slowing down and… audio design expert Gideon Schwartz…examines the impact of these machines from both a design and cultural standpoint.' – Uncrate 'Hundreds of images of turntables, their stories, and the rise, fall, and rebirth of the medium.' – The Awesomer 'Schwartz tracks the record player from its earliest days as a blueprint… through its current high-end/high-tech iterations… with no shortage of detail.' – Psychobabble

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Book SynopsisTable of ContentsContents List of Illustrations Acknowledgments Introduction: Stereo Front and Center 1. Widescreens, Headphones, and Concert Halls: Film Stereo’s Identity Crisis 2. Fantasia and Failure on a Theme by Bell Telephone 3. The Cinerama Experience 83 4. The Triple-Track Disruption and the CinemaScope Solution 5. Perspecta, Todd-AO, and the Emergence of Monocentrism 6. Dolby Stereo: The End of an Era Conclusion: Life’s the Same, Movies in Stereo Notes Bibliography Illustration Credits Index

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Book SynopsisThe first edition of Sound Art Revisited (published as Sound Art: Beyond Music, Between Categories) served as a groundbreaking work toward defining this emerging field, and this fully updated volume significantly expands the story to include current research since the book's initial release. Viewed through a lens of music and art histories rather than philosophical theory, it covers dozens of artists and works not found in any other book on the subject. Locating sound art''s roots across the centuries from spatialized church music to the technological developments of radio, sound recording, and the telephone, the book traces the evolution of sound installations and sound sculpture, the rise of sound art exhibitions and galleries, and finally looks at the critical cross-pollination that marks some of the most important and challenging art with and about sound being produced today.Trade Review[An] important text for anyone involved in any form of sound studies. * The Wire (joint-reviewed with Acoustic Territories) *Alan Licht’s historical approach successfully unpacks the development of sound art and explains its development through a multitude of examples. He ... brings new clarity into the discussion of sound art and its variations, remembering its roots and perhaps more importantly bringing social perspectives to bear in the narrative for scrutinising conceptual, instrumental and performative aspects of this many-faceted art form. * Organised Sound *I am pleased to discover at last an English-language, far-reaching survey of sound art rightly focusing on both theoretical and historical aspects while dealing with challenging categorization and placement issues such as situating sound art with regard to the fields of experimental music, fine art, and even sound studies. Sound art is becoming an increasingly important art form; this volume, a highly revised and expanded version of Licht’s earlier Sound Art: Beyond Music, Between Categories, is long overdue. * Leigh Landy, Director of Music – Technology and Innovation, Institute for Sonic Creativity, De Montfort University, UK *Sound Art Revisited demonstrates in abundance that sound can--and must--be heard throughout all of the arts. Alan Licht’s book is brimming with examples that traverse art, music, and the spaces in between. From seminal figures such as Maryanne Amacher, Max Neuhaus, and Alvin Lucier through to contemporary artists including Christine Sun Kim, Marco Fusinato, and Camille Norment, this book is essential reading for those looking to discover the breadth of practices encompassed by the sonic turn of the arts. * Caleb Kelly, Senior Academic, UNSW Art & Design, Australia *Table of ContentsPreface 1. Introduction 2. Prehistories and Early Manifestations 3. Sound and the Art World 4. Recent Sound Art Notes Index

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Book SynopsisSonic fiction is everywhere: in conversations about vernacular culture, in music videos, sound art compositions and on record sleeves, in everyday encounters with sonic experiences and in every single piece of writing about sound. Where one can find sounds one will also detect bits of fiction. In 1998 music critic, DJ and video essayist Kodwo Eshun proposed this concept in his book More Brilliant Than The Sun: Adventures in Sonic Fiction. Originally, he did so in order to explicate the manifold connections between Afrofuturism and Techno, connecting them to Jazz, Breakbeat and Electronica. His argument, his narrations and his explorative language operations however inspired researchers, artists, and scholars since then. Sonic Fiction became a myth and a mantra, a keyword and a magical spell. This book provides a basic introduction to sonic fiction. In six chapters it explicates the inspirations for and the transformations of this concept; it explores applications and extrapolations iTrade ReviewA rich and timely meditation on a concept central to sonic theory. * The Wire *Sonic Fiction touches on relevant issues concerning contemporary popular culture in a globalized world, while presenting innovative research and fresh theoretical ideas. * Carla J. Maier, Marie Curie Postdoctoral Researcher, University of Copenhagen, Denmark, and author of Transcultural Sound Practices: British Asian Dance Music as Cultural Transformation (2020) *The main benefit of Sonic Fiction is to open up the particular approach of Kodwo Eshun's 'Sonic Fiction' to a broader public and outline the several fields of discourse that have built upon his concept. Informed by sound anthropology and the newly emerging transdisciplinary field of sound studies, this volume identifies and explains the specific contribution of the 'Sonic Fiction' approach to an epistemology of sound. * Rolf Großmann, Professor in Culture and Aesthetics of Digital Media, University of Lüneburg, Germany *A thoughtful introduction to some of the most vital tendencies in 21st-century auditory arts and cultural theory. Sonic fictions are generative systems: synthesizers of ideas, recomposers of politics, collective transducers. Schulze's book offers a timely and a forward-looking appraisal of Kodwo Eshun's work and its proliferating influence. * Paul Jasen, Lecturer in Music, Carleton University, Canada *Table of ContentsExtradition: What Is Sonic Fiction? A Force of Liberation Enforced Landianisms More Like a Group of Otoliths 1. Sonic Thinking: A Mixillogic MythScience of Mutantextures The Mythscience of Sonic Warfare The Mixillogics of Sonic Epistemologies The Mutantextures of Sonic Possible Worlds What Is Sonic Thinking? 2. Social Progress: Sensibilities of the Implex Dath's Mixillogics The Dialectics of the Implex Valéry's Sensibilities Even Wrong Ideas Can Be Made True 3. Black Aurality: Alien Sonic Nontologies Black Aurality The Diffraction of Mythscience Alter Nation, AlterDestiny & Autohistoria Decolontologies 4. Sensory Epistemologies: Syrrhesis and Sensibility The Body of the Researcher Syrrhesis Fiction Beyond the Idiosyncrasy of Logocentrism Multiplying Epistemologies 5. Acid Communism: A Haunted Utopia of Sound Anticipation and Compulsion Ghosts of Our Times Theories That Are Embodied Acid Communism 6. NON: Ultrablack Resistance Ultrablackness NON Rhythmight Ultrablack Resistance Inconclusion: Six Heuristics for Critique and Activism Sonic Fiction as Activism Sonic Fiction as Critique Heuristics of the Sonic Notes References Index

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Book SynopsisThe revised edition of Acoustic Territories: Sound Culture and Everyday Life offers an expansive reading of auditory life. It provides a careful consideration of the performative dynamics inherent to sounding and listening, and discusses how sound studies may illuminate understandings of contemporary society. Combining research on urbanism, popular culture, street life and sonic technologies, Acoustic Territories opens up a range of critical perspectives--it challenges debates surrounding noise pollution and charts an acoustic politics of space by engaging auditory experience as found within particular cultural histories and related ideologies. Brandon LaBelle traces sound culture through a topographic structure: from underground territories to the home, and further, into the rhythms and vibrations of streets and neighborhoods, and finally to the sky itself as an arena of transmitted imaginaries. The new edition includes an additional global territory of the reTrade Review[An] important text for anyone involved in any form of sound studies. * The Wire (joint-reviewed with Sound Art Revisited) *LaBelle, a sound artist and an academic, writes with a fluid brilliance about the way that sound interacts with the other elements of our experience with a kind of comprehension and comprehensiveness that can suggest Marshall McLuhan's Understanding Media or Siegfried Giedion's Mechanization Takes Command, resulting in a visionary tome linking history, subcultures and street art. It's not a book about music per se, but it's hard to imagine a reading of it not interacting creatively with anyone's thinking on musical practice and meaning. LaBelle has a kind of accepting overview that I can't help admiring. It's too easy to simply decry noise pollution or the behavioural engineering of public space without actually exploring what a specific event might mean (e.g., how sound is wrapped up in identity and issues of private and public space), but LaBelle has the ability to keep thinking where many others would just react. It's an ability that makes this one of the more stimulating reads of the year. * Point of Departure *Acoustic Territories takes account of contemporary urban space by listening to it ... From the underground to the sky, this groundbreaking book explores the sonorities of everyday life, identifies the major stakes and challenges, and leads us brilliantly towards an auditory paradigm of urban experience. -- Jean-Paul Thibaud, CNRS researcher at CRESSON, scientific coordinator of the International Ambiances Network (ambiances.net)LaBelle argues that everyday acoustic life has an unbounded, yet highly differentiated, nature which offers new interdisciplinary modes of thinking to contemporary questions of global inhabitation, relation and disruption. In doing so, he makes a valuable contribution to the expanding field of sonic research. -- Peg Rawes, Bartlett School of Architecture, UCL, LondonTable of ContentsPreface to the Second Edition Introduction Chapter 1: Underground: Busking, Acousmatics, and the Echo Chapter 2: Home: Ethical Volumes of Silence and Noise Chapter 3: Sidewalk: Steps, Gait, and Rhythmic Journey-Forms Chapter 4: Street: Auditory Latching, Cars, and the Dynamics of Vibration Chapter 5: Shopping Mall: Muzak, Mishearing, and the Productive Volatility of Feedback Chapter 6: Sky: Radio, Spatial Urbanism, and Cultures of Transmission Epilogue: Queer Listening, Acoustic Justice, and Acts of Compositioning Notes Bibliography Index

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Book SynopsisListening, Belonging, and Memory puts connected listening at the center of current debates around whose voices might be listened to, who by, and why. Arguing that listening has to be understood in relation to the self, nation, age, witnessing, and memory, it uses examples from digital storytelling, listening projects, and critical media analysis to highlight connections between listening and power. It centers on voices, stories, and silence, how they interweave, and are activated, maneuvered, reconfigured, and denied. It focuses on the small, microengagementsthat crouch within the superstructures of violent border control and the censorious policing of sonic citizenry, identifying cracks in the reshuffling of histories and hierarchies that connected listening affords.Trade ReviewGardner does for sound what Ellis did for vision in Seeing Things (2000), establish listening as witnessing, working through and in this book as thinking with your ears. Immersed as we are in podcasts, music streaming, radio, political speech, text-to-audio machine learning, and voices from the analogue past re-mastered, Gardner’s book is very timely. Listening, Belonging, and Memory addresses the multi-modality of contemporary listening, but also the social justice rationale for proper and careful listening in an age of multiple and conflicting claims to free speech in our slogan-dominated visual culture. * Joanne Garde-Hansen, Professor, Centre for Cultural and Media Policy Studies, University of Warwick, UK *Abigail Gardner ponders the taken-for-granted act of listening, to understand its contexts and nuanced relationship to how voices and the stories they tell are heard, to belonging, to memory and thus to understanding history, community and indeed one’s own self. This is a richly empirical book that listens to a range of voices and representations including those of war veterans, to migrants and their music, social media memorialization by the Auschwitz Museum of the victims of the Holocaust to everyday narratives recorded by public service broadcasting. Between sound, image, narrative, and silence (and the silenced) it is humanely attuned to and informative about the ways in which listening has been theorized and practiced. Central to this process is a lyrically expressed engagement with method as Gardner is vividly present in this book, her affective and accessible writing inviting us to understand the scholar’s own act of listening as research, reflective about her own position and processes of listening to others in the act of telling. Informed by a committed Cultural Studies tradition, a feminist politics and a sensitivity and respect for ordinary life, Gardner is someone to listen with and closer to in comprehending contemporary memory practice and everyday historiographical work. * Paul Long, Professor in Creative and Cultural Industries and Director, Monash Migration and Inclusion Centre, Monash University, Australia *Poetic in its tone and sensibility and yet carrying strong political and ethical threads, this book beautifully considers listening in the structures of communities and storytelling. Drawing on key work within memory studies, feminism, affect and media studies, the book takes a variety of approaches to carefully map the impact and power of listening. * Kristyn Gorton, Professor of Film and Television, Leeds University, UK *Table of ContentsList of Figures Preface Acknowledgements Introduction: Life as a Listener 1.Connecting Lineages 2. Applying Connected Listening 3. Listening Across Age(s) 4. Listening and Belonging 5. Listening, Migration, Voice, and Place 6. Echoes Bibliography Index

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Book SynopsisThe book presents a broad-scope analysis of piezoelectric electromechanical transducers and the related aspects of practical transducer design for underwater applications. It uses an energy method for analyzing transducer problems that provides the physical insight important for the understanding of electromechanical devices. Application of the method is first illustrated with transducer examples that can be modeled as systems with a single degree of freedom, (such as spheres, short cylinders, bars and flexural disks and plates made of piezoelectric ceramics). Thereupon, transducers are modeled as devices with multiple degrees of freedom. In all these cases, results of modeling are presented in the form of equivalent electromechanical circuits convenient for the calculation of the transducers’ operational characteristics. Special focus is made on the effects of coupled vibrations in mechanical systems on transducer performance. The book also provides extensive coverage of acoustic radiation including acoustic interaction between the transducers. The book is inherently multidisciplinary. It provides essential background regarding the vibration of elastic passive and piezoelectric bodies, piezoelectricity, acoustic radiation, and transducer characterization. Scientists and engineers working in the field of electroacoustics and those involved in education in the field will find this material useful not only for underwater acoustics, but also for electromechanics, energy conversion and medical ultrasonics. Part I contains an introduction to the energy method illustrated with examples of one degree of freedom transducers. It is self-sufficient and can be read independently.

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Book SynopsisThis book serves as a comprehensive guide for integrating point-of-care ultrasound into clinical care. It includes detailed chapters on the use of ultrasound in cardiology, dermatology, obstetrics and gynecology, and pediatrics, as well as for the assessment of the abdomen, musculoskeletal system, eyes, and thorax. Over the last decade, the use of diagnostic, point-of-care ultrasound at the bedside has been widely adopted by healthcare professionals in the United States. This technology has spread into many new areas of clinical medicine and more non-radiologists are seeking training and an up-to-date resource on use of the ultrasound machine. This book provides guidance on how to best approach patients with particular problems, practical guidelines on how to operate the machine and choose probes, descriptions and illustrations that depict the patient’s position and structures that are scanned, and the anatomy and pathophysiology of each area. Practical Point-of-Care Medical Ultrasound is a valuable addition to the library of any resident, fellow, physician, or other healthcare provider who uses ultrasound in a clinical setting.Table of Contents​​Preface.- Introduction.- Equipment.- Knobology.- ENT.- Cardiovascular.- Pulmonary.- Gastrointestinal.- Genitourinary.- Musculoskeletal.- Trauma.- Procedures.- Index.

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Book SynopsisCoinciding with the 75th anniversary of the first commercial LP, In the Groove is an authoritative and visual celebration of the history and culture of vinyl record collecting and turntables.Trade Review"...a fascinating read, and the accompanying photos are excellent in illustrating the story and are essential to this book...a brilliant book and would be the perfect Christmas gift for the collectors on your holiday shopping list. The book is full of detailed asides, which make it so fascinating to read. It is those little touches that add so much to the overall book and make it such a necessary addition to your library. * Spill Magazine *"Jam-packed with amazing photography, this fascinating book is the perfect gift for anyone who cherishes their stereo and vinyl collection but offers info and inspiration for others who are just starting theirs." * Addicted Magazine *Table of ContentsTHE BIRTH OF COOL - THE RISE OF THE LP (AND OTHER VINYL FORMATS) DROPPING THE NEEDLE - TURNTABLES AND OTHER HI-FI EQUIPMENT SOMETHING UP THE SLEEVE - THE ART OF THE LP SHOP AROUND - DOWN AT THE RECORD STORE BRINGING IT ALL BACK HOME - RECORD-COLLECTING CULTURE RESOURCES IMAGE CREDITS AUTHOR BIOGRAPHIES INDEX

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Book SynopsisTimothy D. Taylor offers a behind-the-scenes look at the working composers, musicians, and engineers who create soundtracks for film, television, and video games.Table of ContentsAcknowledgments ix Introduction: Working Musicians 1 1. Group Production, the Collective Laborer, Supply Chains, and Fields 19 2. Creativity 48 3. Composers’ Labor 81 4. The Music Supply Chain after the Composer: Adding Value 119 5. Challenges 138 6. It’s a Man’s, Man’s, Man’s, Man’s World 156 7. Neoliberalization as (Self-)Exploitation 177 8. “Thousands of Guys Like Me” 212 Notes 217 References 231 Index 245

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Book SynopsisThis book is an authoritative but uniquely accessible and highly illustrated guide to good acoustic design practice for architects, interior designers and acoustic professionals. It provides a user-friendly introduction to architectural acoustics and acoustics technology where the market is crowded with dense and technical texts. It will go through each typology in turn explaining the key acoustic concepts with highly illustrated and international case studies that demonstrate cutting-edge practice and technology, innovative design techniques and common challenges and solutions.Table of ContentsAcknowledgementsForeword1. Introduction to Acoustics2. Acoustic Technology3. Case Studies by typology3.1 Commercial – office spaces, warehouses, lofts, industrial spaces, atriums3.2 Education – lecture and meeting spaces, class rooms, class rooms of future3.3 Courthouses – Courtrooms3.4 Healthcare – Acoustics and the role in recovery. Hospital Design3.5 Hotels – Key issues – what makes a successful hotel entertainment and good sleep3.6 Immersive Spaces – Future of Multimedia based design3.7 Labs/Research3.8 Libraries3.9 Movie Theatre/Cinema3.10 Museums and Galleries The challenge of sound and light3.11 Performing Arts/Entertainment Concert Halls - Recital spaces - Theatre - Opera - Dance- Amplified Music - What’s the Difference?How to design well for each – key things to consider3.12 Recording/Broadcast3.13 Restaurants3.14 Retail3.15 Sport – Stadiums, Arenas, Aquatics Centres – the importance of sound for winning3.16 Transport-Air-Road-Rail3.17 Worship3.18 Urban design and soundscapes3.19 Sound for Art3.20 ResidentialConclusion Glossary of basic termsindex of project names and/or design issue

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Book SynopsisSuitable for anyone working with tube audio equipment - as an electronics hobbyist, audiophile or audio engineer, this title builds on the success of the first with technology and technique revisions throughout and, significantly, a major new self-build project, worked through step-by-step, which puts into practice the principles and techniques.Trade Review"It is a highly detailed book on the actual design and construction of tube amplifiers…the book covers planning, metalworking, wiring and testing. A real nitty gritty book for hobbyists and serious manufacturers. For example, the book details things like how to orient audio and power transformers to avoid problems of magnetic flux leakage from affecting other transformers or the tubes themselves. The test section is excellent." --ElectronicDesign.com, March 17, 2014Table of ContentsChapter 1 Planning Chapter 2 Metalwork for poets Chapter 3 Wiring Chapter 4 Component Technology Chapter 5 Test equipment principles Chapter 6 Faultfinding to fettling Chapter 7 Performance Testing Chapter 8 Construction: Bulwer-Lytton 4W amplifier from start to finish

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Book SynopsisFeaturing chapters by emerging and established scholars as well as by leading practitioners in the field, this Handbook both describes the state of algorithmic composition and also set the agenda for critical research on and analysis of algorithmic music.Trade Reviewit is undoubtedly an important didactic resource for students of algorithmic composition, including beginners, who want to get a wide and up-to-date overview of the various applications of algorithms in music scenarios. * Alessandro Anatrini, Musicae Scientiae *Table of ContentsSection 1: Grounding algorithmic music 1. Musical Algorithms as Tools, Languages and Partners: A Perspective Alex McLean, Roger T. Dean 2. Algorithmic Music and the Philosophy of Time Julian Rohrhuber 3. Action and Perception: Embodying Algorithms and the Extended Mind Palle Dahlstedt 4. Origins of Algorithmic Thinking in Music Nick Collins 5. Algorithmic Thinking and Central Javanese Gamelan Charles Matthews Perspectives on Practice A 6. Thoughts on Composing with Algorithms Laurie Spiegel 7. Mexico and India: Diversifying and Expanding the Live Coding Community Alexandra Cardenas 8. Deautomatization of Breakfast Perceptions Renate Wieser 9. Why Do We Want Our Computers to Improvise? George Lewis Section 2: What can algorithms in music do? 10. Compositions Created with Constraint Programming Torsten Anders 11. Linking Sonic Aesthetics With Mathematical Theories Andy Milne 12. Machine Learning and Listening in Composition and Performance Rebecca Fiebrink and Baptiste Caramiaux 13. Biologically-Inspired and Agent-Based Algorithms for Music Alice Eldridge and Oliver Bown 14. Performing with Patterns of Time Thor Magnusson, University of Sussex, Alex McLean, FoAM Kernow 15. Computational Creativity and Live Algorithms Geraint Wiggins and Jamie Forth 16. Tensions and Techniques in Live Coding Performance Charlie Roberts and Graham Wakefield Perspectives on Practice B 17. When Algorithms Meet Machines Sarah Angliss 18. Notes on Pattern Synthesis Mark Fell 19. Performing algorithms Kristin Erickson Section 3: Purposes of algorithms for the music maker 20. Network music and the algorithmic ensemble David Ogborn 21. Sonification != music Carla Scaletti 22. Color is the Keyboard: Transcoding from Visual to Sonic Margaret Schedel 23. Designing Interfaces for Musical Algorithms Jamie Bullock, Integra Lab, Birmingham Conservatoire 24. Ecooperatic Music Game Theory David Kanaga 25. Algorithmic Spatialisation Jan C Schacher Perspectives on Practice C 26. Form, Chaos and the Nuance of Beauty Mileece I'Anson 27. Beyond Me Kaffe Matthews 28. Mathematical Theory in Music Practice Jan Beran 29. Thoughts on Algorithmic Practice Warren Burt Section 4: Algorithmic Culture 30. The Audience Reception of Algorithmic Music Mary Simoni 31. Technology, Creativity and The Social in Algorithmic Music Christopher Haworth 32. Algorithms and Computation in Music Education Andrew Brown 33. (Micro) Politics of Algorithmic Music: Towards a Tactical Media Archaeology Geoff Cox and Morten Riis 34. Algorithmic Music for Mass Consumption and Universal Production Yuli Levtov Perspectives on Practice D 35. Algorithmic Trajectories Alex McLean and Roger Dean

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Book SynopsisThis book, the first English-language translation of Acoustique des instruments de musique, Second Edition, presents the necessary foundations for understanding the complex physical phenomena involved in musical instruments.Trade Review“This book is a great repository of state of the art knowledge. It is a handbook for looking-up concepts, derivations and mathematical methodologies currently developed and employed in the field of musical acoustics. … This book is a handbook and a great reference for researchers and PhD level graduate students … . This book will definitely become a classic like the one by Fletcher and Rossing … .” (Wilfried Kausel, Euracoustics.org, April, 2017)“Antoine Chaigne and Jean Kergomard have applied mathematical rigor with comprehensive scope, and the result is remarkable. … The text and math are lucid throughout and should be easily understood by readers with a basic grasp of mechanics. The authors are justified in recommending the book to ‘students at master’s and doctorate levels [and] researchers, engineers and other physicists with a strong interest in music’–each of those groups will find the information they need in Acoustics of Musical Instruments.” (Barry Greenhut, Physics Today, April, 2017)“Each author has extensive research experience, a publication record of note, familiarity with the literature, and interaction with French and international colleagues. … Acoustics of Musical Instruments provides a quantitative analysis of many instruments found in the classical repertoire. The text will be of use to players, including students and instructors, and those concerned with the physical production of sound from these instruments, including makers of real and simulated instruments.” (William Strong, Journal of the Audio Engineering Society, Vol. 65 (1-2), January, 2017)Table of ContentsPart I - Basic Equations and Oscillators.- 1. Continuous models. 1.1 Strings, membranes, bars, plates and shells. 1.2 3D acoustic waves. 1.3 Energy, intensity, power.- 2. Single-degree-of-freedom oscillator. 2.1 Introduction. 2.2 Solution with and without a source. Green's function. 2.3 Examples of free and forced oscillations.- Part II - Waves and modes.- 3. Modes. 3.1 Introduction. 3.2 Time scale. Transition from wave to mode. 3.3 Definitions and basic properties of the eigenmodes.- 4. Waves. 4.1 Introduction. 4.2 Solutions without source, first reflection. 4.3 Successive reflections of waves produced by a pulse source.- 5. Dissipation and damping. 5.1 Introduction: dissipative phenomena in musical acoustics. 5.2 Generalizing the concept of mode. 5.3 Damping mechanisms in solid materials.- 6. Coupled systems. 6.1 Introduction. 6.2 Structure-cavity interaction. 6.3 Coupling of piano strings.- 7. Wind Instruments: variable cross section and toneholes. 7.1 Introduction. 7.2 Pipes with variable cross section: general equations. 7.3 Pipes with cross section discontinuities: first approximation.- Part III - Nonlinearities and self-oscillations.- 8. Nonlinearities. 8.1 An example of asymmetry: the interrupted pendulum. 8.2 Duffing equation. 8.3 Nonlinear vibration of strings.- 9. Reed instruments. 9.1 Background on self-sustained oscillations. 9.2 Reed-instruments models. 9.3 Behavior of the two-equation model (regimes, existence and stability, transients) without reed dynamics.- 10. Flute-like instruments. 10.1 An introduction and general description. 10.2 A global model for the instrument. 10.3 A modeling for the jet oscillation.- 11. Bowed string instruments. 11.1 Introduction. 11.2 Bow-string interaction. 11.3 Bow models.- Part IV - Radiation and sound-structure interaction. - 12. Elementary sources and multipoles. 12.1 Introduction: acoustical radiation of musical instruments. 12.2 Elementary sources. 12.3 Pulsating sphere.- 13. Radiation of vibrating structures. 13.1 Introduction. 13.2 Basic concepts in structural acoustics. 13.3 Radiation of an infinite thin plate.- 14. Radiation of complex systems. 14.1 Example of the vibraphone. 14.2 Example of the kettledrum. 14.3 Example of the guitar.- Glossary.- Index.

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Book SynopsisAcoustic Justice engages issues of recognition and misrecognition by mobilizing an acoustic framework. From the vibrational intensities of common life to the rhythm of bodies in movement, and drawing from his ongoing work on sound and agency, Brandon LaBelle positions acoustics, and the broader experience of listening, as a dynamic means for fostering responsiveness, understanding, dispute, and the work of reorientation. As such, acoustic justice emerges as a compelling platform for engaging struggles over the right to speak and to be heard that extends toward a broader materialist and planetary view. This entails critically addressing questions of space, borders, community, and the acoustic norms defining capacities of listening, leading to what LaBelle terms poetic ecologies of resonance. Acoustic Justice works at issues of recognition and resistance, place and displacement, by moving across a range of pertinent references and topics, from social practices and sound artTrade ReviewThis is yet another delightful read on sonic agency by Brandon LaBelle, highlighting this time what is at stake when we think of social and political transformation as an acoustic question. In Acoustic Justice, LaBelle takes the readers through thrilling discussions on ‘hearing differently,’ on ‘generous infrastructure’ and ‘relating otherwise’ – all of them involved in reconfiguring our capacity to act politically. LaBelle's unique approach offers insight into the temporal and situational realms of sound and listening that are fleeting yet necessary for any process of reimagining political possibilities. In the world today, marked by intense structural feelings of uncertainty and fragility, his theorizing of an impersonal, distributed, and collaborative political agency is not just refreshing but indeed very much needed. This book resonates across various fields of social sciences and humanities and is an essential reading for those interested in political theory, sound studies, resistance, and affect theory. * Ana Hofman, Senior Research Fellow, Research Centre of Slovenian Academy of Sciences and Arts, Slovenia *Brandon LaBelle’s Acoustic Justice makes important contributions to the scholarship on sound, politics and the public sphere. Exploring how listening as a form of attentiveness functions in an arena of sonic agency, LaBelle deftly illustrates how an acoustic justice exercises a democratic collective action. This is a non-state form of democracy with the capacity to bring into being an extrajudicial civic body, one with greater capacity for what he calls ‘hearing differently.’ Hearing differently accounts for differences in what is or can be heard as a result of silences, gaps, deafnesses, or absences. Offering up acoustics as a metric for both material and social relations, LaBelle dynamically reads the encounter between the organic and built environments as a ‘distribution of the heard’ invigorating our understanding of the polis as a social acoustic phenomenon. * Roshanak Kheshti, Associate Professor of Ethnic Studies, University of California, San Diego, USA *Labelle is such a playful and expansive thinker. Acoustic Justice draws so much together across art, philosophy, activism, and beyond to sound an urgent intervention in the politics of attention: a commitment both to hearing differently and to hearing difference. This is an account of acoustics unbound from the audible and an account of justice just 'to the side of law,' that migrates in and out of the legal system and insists on the need for a fair hearing 'in the space of the ordinary.' * James E K Parker, author of Acoustic Jurisprudence: Listening to the Trial of Simon Bikindi (2015) *Table of Contents1. Holding, Healing, Attending: Towards Collaborative Living 2. Acoustic Performativity: Practices of Composition 3. Poetic Ecologies: Resonance, Imagination, Repair 4. Skin-Work: Queer Acoustics, Borderspaces, Economies of Desire 5. Deaf Attention: Peripheral Visions, Spatial Meanings, Sensory Politics 6. Acoustic Support

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Book SynopsisThe book presents a broad-scope analysis of piezoelectric electromechanical transducers and the related aspects of practical transducer design for underwater applications. It uses an energy method for analyzing transducer problems that provides the physical insight important for the understanding of electromechanical devices. Application of the method is first illustrated with transducer examples that can be modeled as systems with a single degree of freedom, (such as spheres, short cylinders, bars and flexural disks and plates made of piezoelectric ceramics). Thereupon, transducers are modeled as devices with multiple degrees of freedom. In all these cases, results of modeling are presented in the form of equivalent electromechanical circuits convenient for the calculation of the transducers’ operational characteristics. Special focus is made on the effects of coupled vibrations in mechanical systems on transducer performance. The book also provides extensive coverage of acoustic radiation including acoustic interaction between the transducers. The book is inherently multidisciplinary. It provides essential background regarding the vibration of elastic passive and piezoelectric bodies, piezoelectricity, acoustic radiation, and transducer characterization. Scientists and engineers working in the field of electroacoustics and those involved in education in the field will find this material useful not only for underwater acoustics, but also for electromechanics, energy conversion and medical ultrasonics.

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Book SynopsisThis book concerns the presentation of particle velocity measurement for acoustics using lasers, including Laser Doppler Velocimetry (LDV or Anemometry (LDA)) and Particle Imagery Velocimetry (PIV).The objective is first to present the importance of measuring the acoustic velocity, especially when the acoustic equations are nonlinear as well as characterizing the near fields. However, these applications need to use non-invasive sensors. Some optical techniques, initially developed for fluid mechanics, have been adapted to the field of acoustics in recent years. This book summarizes 15 years of research in this area, highlighting the improvements that have been made, particularly in signal processing, and showing applications for which they have proven to be a carrier of innovation.Table of ContentsPREFACE ix CHAPTER 1. SUMMARY OF ACOUSTIC EQUATIONS 1 1.1. Basic equations 1 1.1.1. Fluid- and thermodynamics 1 1.1.2. Hypothesis of linear acoustics without losses 4 1.2. Acoustic equations 5 1.2.1. Linear acoustic equations with sources 5 1.2.2. Some remarks on acoustic sources 6 1.2.3. Without sources 7 1.2.4. Acoustic intensity and source power 9 1.2.5. Acoustic impedance and border conditions 10 1.3. Constants, units and magnitude orders of linear acoustics 12 1.4. Acoustic velocity measurement and applications 16 1.4.1. Velocity estimation from pressure gradient 16 1.4.2. Intensity estimation 17 1.4.3. Application to impedance estimation 18 1.5. Beyond linear equations 18 1.5.1. Acoustic equations with mean flow 19 1.5.2. High acoustic displacement 20 1.5.3. Acoustic streaming 22 1.6. Bibliography 22 CHAPTER 2. SOME TOPICS ON SIGNAL PROCESSING 25 2.1. Measurement signal 25 2.1.1. Random signals 25 2.1.2. Statistical averages 27 2.1.3. Time averages 28 2.1.4. Acoustic signal model 29 2.2. Reminder of Fourier analysis tools 30 2.2.1. Fourier transform 30 2.2.2. Uniform sampling and recovery of signals 31 2.2.3. Fourier transform of discrete signals 32 2.2.4. Discrete Fourier transform 33 2.3. Correlations and spectra 34 2.3.1. Definitions 34 2.3.2. Stationary and ergodic process 35 2.3.3. Properties of correlation functions and examples 36 2.3.4. PSD and cross-spectral density properties 38 2.4. Basis of estimation theory 39 2.4.1. Definition and properties of an estimation method 39 2.4.2. Mean estimator 40 2.4.3. Correlation estimators 41 2.4.4. Spectrum estimators 42 2.4.5. Spectrum estimator by synchronous detection approach 45 2.5. Non-uniform sampling 47 2.5.1. Poisson processes 47 2.5.2. Empirical estimators 48 2.5.3. Comparison of spectrum estimation of random sampling sequences 56 2.6. Bibliography 57 2.7. Appendix 58 2.7.1. Properties of the Fourier transform 58 2.7.2. Fourier transforms of typical functions 59 2.7.3. Properties of the discrete Fourier transform (DFT) 60 CHAPTER 3. LDV FOR ACOUSTICS 61 3.1. Bases of LDV 61 3.1.1. Optical principles 61 3.1.2. Signal processing of burst analyses in the context of fluid mechanics 64 3.2. Models for acoustics 67 3.2.1. Model of the Doppler signal 68 3.2.2. Model of the sampling in the context of acoustics 70 3.2.3. Case of low acoustic displacement with few mean flows 73 3.2.4. Case of high acoustic displacement with few mean flows 76 3.2.5. Other cases 79 3.3. Estimation method for low acoustic displacement 80 3.3.1. Theoretical limitations 80 3.3.2. Estimation methods based on IF detection 84 3.3.3. Estimation based on parametrical models 87 3.3.4. Simultaneous detection of flow velocity and small acoustic velocity 91 3.3.5. Comparison between methods for low-level acoustics 95 3.4. Estimation method for high displacement 99 3.4.1. Experimental condition 99 3.4.2. Theoretical limitations 101 3.4.3. Estimation for SPP 102 3.4.4. Estimation for highly NSPP 103 3.5. Bibliography 107 CHAPTER 4. PIV FOR ACOUSTICS 111 4.1. Principle of PIV 111 4.1.1. Setting up 112 4.1.2. Model of the 2D signal and image processing 114 4.1.3. Postprocessing adapted for acoustic measurement 121 4.2. Validity domain concerning PIV for acoustic 125 4.2.1. Lower bound inspired by fluid measurement approach 125 4.2.2. Lower bound in case of linear acoustics 126 4.3. Examples and comparisons 131 4.3.1. Acoustic measurement 131 4.3.2. Acoustic streaming measurement 133 4.4. Bibliography 134 CONCLUSION 137 INDEX 141

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Book SynopsisOver the past 60 years, artificial intelligence has grown from an academic field of research to a ubiquitous array of tools used in everyday technology. Despite its many recent successes, certain meaningful facets of computational intelligence have yet to be thoroughly explored, such as a wide array of complex mental tasks that humans carry out easily, yet are difficult for computers to mimic. A prime example of a domain in which human intelligence thrives, but machine understanding is still fairly limited, is music. Over recent decades, many researchers have used computational tools to perform tasks like genre identification, music summarization, music database querying, and melodic segmentation. While these are all useful algorithmic solutions, we are still a long way from constructing complete music agents able to mimic (at least partially) the complexity with which humans approach music. One key aspect that hasn't been sufficiently studied is that of sequential decision-making in musical intelligence. Addressing this gap, the book focuses on two aspects of musical intelligence: music recommendation and multi-agent interaction in the context of music. Though motivated primarily by music-related tasks, and focusing largely on people's musical preferences, the work presented in this book also establishes that insights from music-specific case studies can also be applicable in other concrete social domains, such as content recommendation.Showing the generality of insights from musical data in other contexts provides evidence for the utility of music domains as testbeds for the development of general artificial intelligence techniques.Ultimately, this thesis demonstrates the overall value of taking a sequential decision-making approach in settings previously unexplored from this perspective.Table of ContentsIntroduction.- Background.- Playlist Recommendation.- Algorithms for Tracking Changes In Preference Distributions.- Modeling the Impact of Music on Human Decision-Making.- Impact of Music on Person-Agent Interaction.- Multiagent Collaboration Learning: A Music Generation Test Case.- Related Work and a Taxonomy of Musical Intelligence Tasks.- Conclusion and Future Work.

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Book SynopsisWritten by experts in the field, this concise and evidence-based ultrasound text includes key topics ranging from the head and neck to the upper and lower extremity, covering all the clinically relevant sonoanatomy. This 33-chapter book emphasizes the practical use of ultrasound for the diagnosis and treatment of a multitude of conditions in various specialty areas such as airway management, cardiovascular disease assessment, pulmonary status evaluation, orthopedics, gynecology and pediatrics. The optimal techniques and the step-by-step interpretation of normal and pathologic sonoanatomy are discussed in detail. This text can be used as a starting point for the study of ultrasound guided diagnosis and treatment, a refresher manual for sonoanatomy on major organ systems, or a last-minute guide before a bedside procedure. There is a great breadth of material that is covered in a comprehensive manner, making it a great resource for board review and exam preparation for various medical, surgical and allied specialties. Unique and pragmatic, Ultrasound Fundamentals is a back to basics manual on normal and pathologic sonoanatomy of head and neck, upper and lower extremity, chest, abdomen and other major organ systemsTable of ContentsBasic ultrasound physics Ultrasound probe and needle Basic ultrasound guided needling techniques Ultrasound for intravenous line and arterial line placements Ultrasound for Head assessment: Diagnosis and treatment Ultrasound for Neck: airway and thyroid Ultrasound guided Head and Neck Nerve Blocks Ultrasound for Spine and Nerve blocks Ultrasound for Chest: Heart and TTE Ultrasound for Chest: Lung and Pleura Assessment Ultrasound guided nerve blocks for Chest Ultrasound for Abdomen and FAST: Evaluation and Diagnosis Ultrasound guided nerve blocks for Abdomen Shoulder Joint Sonoanatomy and Ultrasound-Guided Shoulder Joint Injection Elbow Joint Sonoanatomy and Ultrasound-Guided Elbow Joint Injection Wrist Joint Sonoanatomy and Ultrasound-Guided Wrist Joint Injection Hip Joint Sonoanatomy and Ultrasound-Guided Hip Joint Injection Knee Joint Sonoanatomy and Ultrasound-Guided Knee Joint Injection Ankle Joint Sonoanatomy and Ultrasound-Guided Ankle Joint Injection Ultrasound guided upper extremity peripheral nerve block Ultrasound guided lower extremity peripheral nerve block Use of ultrasound in DermatologyUtilization of ultrasound in vascular diseaseThe utility of ultrasound in airway managementThe techniques and efficacy of ultrasound in cardiologyThe assistance of ultrasound for optimum maternal care in obstetrics The techniques and merit of ultrasound in OrthopedicsThe benefits of ultrasound for diagnosis and treatment in critical care practiceThe use and advantages of ultrasound in urologyThe practicality of Ultrasound in Emergency medicine Interventional radiology and the ultrasoundThe adequacy of ultrasound in Neuroradiology

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Book SynopsisThe aim of this book is to educate and train practitioners in the safe and professional use of diagnostic ultrasound imaging in the visualization and interpretation of various cerebral conditions not only in neurointensive care, but also in the operating room and, in general, cardiothoracic and neurocritical care settings. It is chiefly intended for anaesthetists and intensivists with a basic knowledge of ultrasound physics, but also for neurosurgeons and neurologists.All chapters were coordinated by the Editors, with experiences in hands-on courses on Echography and Doppler of the Brain, and prepared by international experts. The book covers from basic principles to estimation of intracranial pressure and cerebral perfusion. The topics cover emergency department and prehospital brain US as part of POCUS and US multiorgan evaluation to general intensive care, neurointensive care and anesthesia, including special populations as pregnant and children and setting as LMIC. Clinical scenarios complete the book. An innovative and unique guide that equips readers to perform bedside and non-invasive assessments for a range of cerebrovascular diseases.Trade ReviewTable of ContentsPart I. Technology, views and normal echo anatomy.- Physical principles probe/Technology.- Basic anatomy with TCCD and vessels.- Windows and practical approach: the MoTOr.- ONSD.- Limitations and pitfalls.- The minimal, intermediate and advanced skills: how to boost your competencies.- Part II. PI, FV, Autoregulation, Cr Cl.- Intracranial pressure.- Brain US for cerebral perfusion.- Part III. Pathology and clinical applications: Emergency department.- Emergency department and prehospital brain US as part of POCUS and US multiorgan evaluation.- Part IV. Liver failure, metabolic coma, sepsis.- Meningitis, stroke.- Cardiac arrest.- ARDS (protective ventilation), ECMO.- Part V. Intracerebral haematomas, midlineshift, hydrocephalus.- SAH Vasospasm.- Brain US in the neurologic settings.- Brain death.- Part VI. Pathology and clinical applications: Applications in neurosurgery.- Applications in neurosurgery.- Applications in low middle income countries.- Part VII. Pathology and clinical applications: specific considerations.- Pediatric population.- Pregnant patients.- Part VIII. Pathology and clinical applications: Intraoperative applications.- Non cardiac surgery.- Cardiac surgery.- Part X. Pathology and clinical applications.- Clinical cases images: clinical scenarios.

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Book SynopsisThis atlas describes and illustrates a novel approach, referred to as full breast ultrasonography (FBU), that represents a challenge to conventional breast imaging diagnosis. The coverage encompasses examination technique, diagnostic criteria, the imaging features of a wide variety of lesions, and role in follow-up. FBU involves anatomic ultrasound scanning based on the ductal echography technique proposed by Michel Teboul, supplemented by Doppler and real-time sonoelastography. The approach offers a variety of advantages. Compared with MRI it has a lower cost, wider availability, better resolution, and improved correlation with anatomy. Compared with mammography it has the benefits of absence of irradiation and pain, applicability in all cases, and better overall accuracy. Furthermore, the standardized technique of acquisition and interpretation means that it is suitable as a screening test, unlike classic ultrasonography. FBU is applicable in ultrasound BI-RADS assessment and is of value in depicting both benign and malignant conditions. It can be recommended as a first-line method of diagnosis and for the follow-up of treated breasts, regardless of the patient’s age, sex, or physical condition. Trade Review“This atlas presents the theory and techniques involved in complete and anatomical breast ultrasound. … It will appeal primarily to radiologists, namely breast imagers, but it may also be of interest to those in other specialties involved in women's imaging, such as breast surgeons. It also may be beneficial for the education of radiology residents and fellows interested in breast and/or ultrasound imaging. … The numerous high quality images are very helpful in illustrating and clarifying a technically difficult topic.” (Michael Sami Morrow, Doody's Book Reviews, October, 2016) Table of Contents

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Book SynopsisThis atlas offers a guide to studying the fetal face by means of ultrasound analysis. It describes key phases in cranial-facial development, allowing the reader to learn the related semiology from its most simple iteration to the most complex one. The overall examination of a newborn’s face offers a rich source of information and can guide the general examination. The same applies in the context of fetal ultrasound examination. The analytical study of the fetal face not only makes it possible to screen for anomalies related to the face itself, but also yields valuable insights into the brain, the limbs, and the heart. In addition, it allows ultra-sonographers to unravel the puzzle of fetal dimorphism.Written in a pedagogical style, the book guides walks the reader through the diagnostic reasoning process step by step. The authors are pioneers in this field and teach in various university and master’s degree ultrasound programs. Their aim is to share with readers their diagnostic approaches and their knowledge and passion for 2D and 3D ultrasound techniques. Each chapter includes algorithms, biometry curves, and simple guidelines that allow users to go “from sign to syndrome”. The first chapter, which focuses on innovative embryology adapted to the needs of ultra-sonographers, was written by Gérard Couly, a maxilla-facial surgeon and the founding father of the specialty>Table of ContentsForeword PrefaceIntroduction Key phases in cranial-facial developmentCellular phenotypes created by the neural crestSummaryChapter 1. Normal FaceChapter 2. Clefts and Pierre-Robin SyndromeChapter 3. DysmorphismChapter 4. Upper level pathologiesChapter 5. Mid-level pathologiesChapter 6. Lower level pathologiesChapter 7. Multiple-level pathologiesChapter 8. Additional syndromesChapter 9. Facial tumors Chapter 10. The eyeChapter 11. Key points on eye pathologies Chapter 12. Curves and biometrics

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Book SynopsisMichel Chion’s landmark Audio-Vision has exerted significant influence on our understanding of sound-image relations since its original publication in 1994. In this updated and expanded edition, Chion considers many additional examples from recent world cinema and formulates new questions for the contemporary media environment.Trade ReviewAn original and useful model for the audiovisual analysis of film. * Production Expert *Updated and expanded, with additional material from recent film production, the 2019 edition of Audio-Vision will soon take its place as a valuable textbook for those interested in literary research and practice of cinematic soundtrack. -- Dr. Nick Poulakis * CINEJ Cinema Journal *Without a shadow of a doubt one of the best books I have ever read, Audio-Vision’s reprinting is a cause for great celebration. After a quarter of a century, it remains the first port of call for scholars and students of audiovisual culture, offering a cornucopia of theories that conceptualize sound's relationship with the moving image. Never less than enthralling, its acuity has not been dulled by more recent theory and scholarship. -- K. J. Donnelly, author of Occult Aesthetics: Synchronization in Sound FilmWhen Audio-Vision first appeared in 1994, it became a lifeline for the burgeoning field of sound/media studies, providing a veritable roadmap to a discourse just beginning to crystallize. The second edition is no less momentous; Chion seamlessly brings current cinematic offerings into his theoretical purview, showing that his understanding of the filmic soundspace is as insightful to historians, theorists, and students as ever. A fundamental text for soundtrack studies. -- Daniel Goldmark, author of Tunes for 'Toons: Music and the Hollywood CartoonMichel Chion’s work is a thrilling exploration of film sound in all its forms: real and symbolic, technical and conceptual, dimensional and suggestive. He gives us all the tools we need for describing what films allow us to hear. Chion’s many neologisms are like notes that can reverberate infinitely for every filmgoer, and through innumerable films. This revised edition of Audio-Vision is a new benchmark for any film scholar. -- Elsie Walker, author of Understanding Sound Tracks Through Film TheoryTable of ContentsForeword (1994), by Walter MurchPrefacePart I. The Audiovisual Contract1. Projections of Sound on Image2. The Three Listening Modes3. Lines and Points: Horizontal and Vertical Perspectives on Audiovisual Relations4. The Audiovisual Scene5. The Real and the Rendered6. Phantom Audio-Vision; or, The Audio-DivisualPart II. Beyond Sounds and Images7. Sound Film Worthy of the Name8. Toward an Audio-Logo-Visual Poetics9. An Introduction to Audiovisual AnalysisGlossaryChronology: Landmarks of the Sound FilmNotesBibliographyIndex

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Book SynopsisAmplifying the importance of sound in cinemaTrade Review“An excellent collection of essays which reveals much about the state of play of soundtrack studies and offers many fresh and original insights. It will certainly be of value to students and scholars of film sound.”--Music, Sound, and the Moving Image"A substantial and important book, Lowering the Boom includes work from both established scholars and emerging voices in the field and is a welcome addition to auditory culture and sound studies."--Steve J. Wurtzler, author of Electric Sounds: Technological Change and the Rise of Corporate Mass Media“[Lowering the Boom reclaims] cinema as an “audiovisual” object, demonstrating conclusively that whatever the relative importance of the “audio” and “visual” parts, neither can be ignored . . . . I hope Lowering the Boom is widely read.”--Jump Cut"A central text for the study of sound in media. Lowering the Boom's wide range of topics joins history and critical debates and will be useful and appealing to scholars and students of sound design, media studies, and film theory."--Donald Crafton, author of The Talkies: American Cinema's Transition to Sound, 1926-1931Table of ContentsAcknowledgments ix Introduction: The Future of Film Sound Studies 1Jay Beck and Tony GrajedaPart 1: Theorizing Sound 1. The Phenomenology of Film Sound: Robert Bresson's A Man Escaped 23John Belton 2. The Proxemics of the Mediated Voice 36Arnt Maaso 3. Almost Silent: The Interplay of Sound and Silence in Contemporary Cinema and Television 51Paul Theberge 4. The Sounds of "Silence": Dolby Stereo, Sound Design, and The Silence of the Lambs 68Jay BeckPart II: Historicizing Sound 5. Sonic Imagination; or, Film Sound as a Discursive Construct in Czech Culture of the Transitional Period 87Petr Szczepanik 6. Sounds of the City: Alfred Newman's "Street Scene" and Urban Modernity 105Matthew Malsky 7. Film and the Wagnerian Aspiration: Thoughts on Sound Design and the History of the Senses 123James LastraPart III: Sound and Genre 8. Asynchronous Documentary: Bunuel's Land without Bread 141Barry Mauer 9. "We'll Make a Paderewski of You Yet!": Acoustic Reflections in The 5,000 Fingers of Dr. T 152Nancy Newman 10. Paul Sharits's Cinematics of Sound 171Melissa Ragona 11. "Every Beautiful Sound Also Creates an Equally Beautiful Picture": Color Music and Walt Disney's Fantasia 183Clark FarmerPart IV: Film Sound and Cultural Studies 12. "A Question of the Ear": Listening to Touch of Evil 201Tony Grajeda 13. "Sound Sacrifices": The Postmodern Melodramas of World War II 218Debra White-Stanley 14. Real Fantasies: Connie Stevens, Silencio, and Other Sonic Phenomena in Mulholland Drive 233Robert MiklitschPart V: Case Studies of Film Sound 15. Selling Spectacular Sound: Dolby and the Unheard History of Technical Trademarks 251Paul Grainge 16. (S)lip-Sync: Punk Rock Narrative Film and Postmodern Musical Performance 269David Laderman 17. Critical Hearing and the Lessons of Abbas Kiarostami's Close-Up 289David T. Johnson 18. Rethinking Point of Audition in The Cell 299Anahid Kassabian Works Cited 307 Contributors 327 Index 331

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Book Synopsis As the first collection of new work on sound and cinema in over a decade, Lowering the Boom addresses the expanding field of film sound theory and its significance in rethinking historical models of film analysis. The contributors consider the ways in which musical expression, scoring, voice-over narration, and ambient noise affect identity formation and subjectivity. Lowering the Boom also analyzes how shifting modulation of the spoken word in cinema results in variations in audience interpretation. Introducing new methods of thinking about the interaction of sound and music in films, this volume also details avant-garde film sound, which is characterized by a distinct break from the narratively based sound practices of mainstream cinema. This interdisciplinary, global approach to the theory and history of film sound opens the eyes and ears of film scholars, practitioners, and students to film''s true audio-visual nature. Contributors are Jay Beck, John B Trade Review “An excellent collection of essays which reveals much about the state of play of soundtrack studies and offers many fresh and original insights. It will certainly be of value to students and scholars of film sound.”--Music, Sound, and the Moving Image "A substantial and important book, Lowering the Boom includes work from both established scholars and emerging voices in the field and is a welcome addition to auditory culture and sound studies."--Steve J. Wurtzler, author of Electric Sounds: Technological Change and the Rise of Corporate Mass Media“[Lowering the Boom reclaims] cinema as an “audiovisual” object, demonstrating conclusively that whatever the relative importance of the “audio” and “visual” parts, neither can be ignored . . . . I hope Lowering the Boom is widely read.”--Jump Cut"A central text for the study of sound in media. Lowering the Boom's wide range of topics joins history and critical debates and will be useful and appealing to scholars and students of sound design, media studies, and film theory."--Donald Crafton, author of The Talkies: American Cinema's Transition to Sound, 1926-1931Table of ContentsAcknowledgments ix Introduction: The Future of Film Sound Studies 1Jay Beck and Tony GrajedaPart 1: Theorizing Sound 1. The Phenomenology of Film Sound: Robert Bresson's A Man Escaped 23John Belton 2. The Proxemics of the Mediated Voice 36Arnt Maaso 3. Almost Silent: The Interplay of Sound and Silence in Contemporary Cinema and Television 51Paul Theberge 4. The Sounds of "Silence": Dolby Stereo, Sound Design, and The Silence of the Lambs 68Jay BeckPart II: Historicizing Sound 5. Sonic Imagination; or, Film Sound as a Discursive Construct in Czech Culture of the Transitional Period 87Petr Szczepanik 6. Sounds of the City: Alfred Newman's "Street Scene" and Urban Modernity 105Matthew Malsky 7. Film and the Wagnerian Aspiration: Thoughts on Sound Design and the History of the Senses 123James LastraPart III: Sound and Genre 8. Asynchronous Documentary: Bunuel's Land without Bread 141Barry Mauer 9. "We'll Make a Paderewski of You Yet!": Acoustic Reflections in The 5,000 Fingers of Dr. T 152Nancy Newman 10. Paul Sharits's Cinematics of Sound 171Melissa Ragona 11. "Every Beautiful Sound Also Creates an Equally Beautiful Picture": Color Music and Walt Disney's Fantasia 183Clark FarmerPart IV: Film Sound and Cultural Studies 12. "A Question of the Ear": Listening to Touch of Evil 201Tony Grajeda 13. "Sound Sacrifices": The Postmodern Melodramas of World War II 218Debra White-Stanley 14. Real Fantasies: Connie Stevens, Silencio, and Other Sonic Phenomena in Mulholland Drive 233Robert MiklitschPart V: Case Studies of Film Sound 15. Selling Spectacular Sound: Dolby and the Unheard History of Technical Trademarks 251Paul Grainge 16. (S)lip-Sync: Punk Rock Narrative Film and Postmodern Musical Performance 269David Laderman 17. Critical Hearing and the Lessons of Abbas Kiarostami's Close-Up 289David T. Johnson 18. Rethinking Point of Audition in The Cell 299Anahid Kassabian Works Cited 307 Contributors 327 Index 331

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Book SynopsisDigital sound synthesis has long been approached using standard digital filtering techniques. Newer synthesis strategies, however, make use of physical descriptions of musical instruments, and allow for much more realistic and complex sound production and thereby synthesis becomes a problem of simulation. This book has a special focus on time domain finite difference methods presented within an audio framework. It covers time series and difference operators, and basic tools for the construction and analysis of finite difference schemes, including frequency-domain and energy-based methods, with special attention paid to problems inherent to sound synthesis. Various basic lumped systems and excitation mechanisms are covered, followed by a look at the 1D wave equation, linear bar and string vibration, acoustic tube modelling, and linear membrane and plate vibration. Various advanced topics, such as the nonlinear vibration of strings and plates, are given an elaborate treatment. Trade Review"It was a pleasure to read this book, which can be approached from many perspectives. In fact, the author uses a style of writing which can be easily understood from undergraduates and graduates, but, at the same time, there are chapters which contain several technical notions, ideal for PhD students and experts of acoustics." (Zentralblatt Math, 2010) "In a nutshell, a very worthy contribution to the field, Bilbao's Numerical Sound Synthesis does a remarkably good job of synthesizing key ideas in a in a lively manner, exploring complex issues in a consistent manner, without simplification, thereby offering an invaluable companion to those who have just entered the field and to experts in coming to grips with the issues involved in numerical sound synthesis." (Current Engineering Practice, 1 November 2010) "I highly recommend this book as an introduction to the field of physical modeling for sound synthesis, which is becoming more and more popular with the tremendous increase in affordable computer power, through multicore desktops and laptops and supercomputer-like graphics processing unit (GPU) engines." (Computing Reviews, October 2010)Table of ContentsPreface. 1 Sound synthesis and physical modeling. 1.1 Abstract digital sound synthesis. 1.2 Physical modeling. 1.3 Physical modeling: a larger view. 2 Time series and difference operators. 2.1 Time series. 2.2 Shift, difference, and averaging operators. 2.3 Frequency domain analysis. 2.4 Energetic manipulations and identities. 2.5 Problems. 3 The oscillator. 3.1 The simple harmonic oscillator. 3.2 A finite difference scheme. 3.3 Other schemes. 3.4 Lumped mass–spring networks. 3.5 Loss. 3.6 Sources. 3.7 Problems. 3.8 Programming exercises. 4 The oscillator in musical acoustics. 4.1 Nonlinear oscillators. 4.2 Lossless oscillators. 4.3 Lossy oscillators. 4.4 Problems. 4.5 Programming exercises. 5 Grid functions and finite difference operators in 1D. 5.1 Partial differential operators and PDEs. 5.2 Grid functions and difference operators. 5.3 Coordinate changes. 5.4 Problems. 5.5 Programming exercises. 6 The 1D wave equation. 6.1 Definition and properties. 6.2 A simple finite difference scheme. 6.3 Other schemes. 6.4 Modal synthesis. 6.5 Loss. 6.6 Comparative study I. 6.7 Problems. 6.8 Programming exercises. 7 Linear bar and string vibration. 7.1 The ideal uniform bar. 7.2 Stiff strings. 7.3 Frequency-dependent loss. 7.4 Coupling with bow models. 7.5 Coupling with hammer and mallet models. 7.6 Multiple strings. 7.7 Prepared strings. 7.8 Coupled bars. 7.9 Helical springs. 7.10 Spatial variation and stretched coordinates. 7.11 Problems. 7.12 Programming exercises. 8 Nonlinear string vibration. 8.1 The Kirchhoff–Carrier string model. 8.2 General planar nonlinear string motion. 8.3 Non-planar string motion. 8.4 Problems. 8.5 Programming exercises. 9 Acoustic tubes. 9.1 Webster’s equation. 9.2 The vocal tract and speech synthesis. 9.3 Reed wind instruments. 9.4 Other wind instruments. 9.5 Problems. 9.6 Programming exercises. 10 Grid functions and finite difference operators in 2D. 10.1 Partial differential operators and PDEs in two space variables. 10.2 Grid functions and difference operators: Cartesian coordinates. 10.3 Grid functions and difference operators: radial coordinates. 10.4 Problems. 10.5 Programming exercises. 11 The 2D wave equation. 11.1 Definition and properties. 11.2 A simple finite difference scheme. 11.3 Other finite difference schemes. 11.4 Digital waveguide meshes. 11.5 Lumped mass–spring networks. 11.6 Modal synthesis. 11.7 Finite difference schemes in radial coordinates. 11.8 Comparative study II. 11.9 Problems. 11.10 Programming exercises. 12 Linear plate vibration. 12.1 The Kirchhoff thin plate model. 12.2 Loss and tension. 12.3 Plate excitation. 12.4 Plate–string connections. 12.5 Anisotropic plates. 12.6 The thin plate in radial coordinates. 12.7 Problems. 12.8 Programming exercises. 13 Nonlinear plate vibration. 13.1 The Berger plate model. 13.2 The von Kármán plate model. 13.3 Spherical shell vibration. 13.4 Problems. 13.5 Programming exercises. 14 Conclusion and perspectives. 14.1 A family of musical systems. 14.2 Comparative study III. 14.3 Beyond finite difference methods. A Matlab code examples. A.1 The simple harmonic oscillator. A.2 Hammer collision with mass–spring system. A.3 Bowed mass–spring system. A.4 The 1D wave equation: finite difference scheme. A.5 The 1D wave equation: digital waveguide synthesis. A.6 The 1D wave equation: modal synthesis. A.7 The ideal bar. A.8 The stiff string. A.9 The Kirchhoff–Carrier equation. A.10 Vocal synthesis. A.11 The 2D wave equation. A.12 Thin plate. B List of symbols. Bibliography. Index.

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Book SynopsisThe first edition of this book is considered the bible of this topic... Suffice it to say that there is no other published treatise that approaches the depth of treatment offered by this book. The coverage is the state of the published art, while the added contents cover the new known developments in the field. Haisam Osman; Technology Development Manager, United Launch Alliance This long-awaited second edition of a respected text from world leaders in the field of acoustic materials covers the state of the art with a depth of treatment unrivalled elsewhere. Allard and Atalla employ a logical and progressive approach that leads to a thorough understanding of porous material modelling. The first edition of Propagation of Sound in Porous Media introduced the basic theory of acoustics and the related techniques. Research and development in sound absorption has however progressed significantly since the first edition, and the models and methods described, at the tiTrade Review"All in all this is an impressive book which will serve as an excellent reference for those working in the acoustics of porous media, and as a perfect introduction to the subject for novices." (Journal of Sound & Vibration, 2010)Table of ContentsPreface to the second edition. 1 Plane waves in isotropic fluids and solids. 1.1 Introduction. 1.2 Notation – vector operators. 1.3 Strain in a deformable medium. 1.4 Stress in a deformable medium. 1.5 Stress–strain relations for an isotropic elastic medium. 1.6 Equations of motion. 1.7 Wave equation in a fluid. 1.8 Wave equations in an elastic solid. References. 2 Acoustic impedance at normal incidence of fluids. Substitution of a fluid layer for a porous layer. 2.1 Introduction. 2.2 Plane waves in unbounded fluids. 2.3 Main properties of impedance at normal incidence. 2.4 Reflection coefficient and absorption coefficient at normal incidence. 2.5 Fluids equivalent to porous materials: the laws of Delany and Bazley. 2.6 Examples. 2.7 The complex exponential representation. References. 3 Acoustic impedance at oblique incidence in fluids. Substitution of a fluid layer for a porous layer. 3.1 Introduction. 3.2 Inhomogeneous plane waves in isotropic fluids. 3.3 Reflection and refraction at oblique incidence. 3.4 Impedance at oblique incidence in isotropic fluids. 3.5 Reflection coefficient and absorption coefficient at oblique incidence. 3.6 Examples. 3.7 Plane waves in fluids equivalent to transversely isotropic porous media. 3.8 Impedance at oblique incidence at the surface of a fluid equivalent to an anisotropic porous material. 3.9 Example. References. 4 Sound propagation in cylindrical tubes and porous materials having cylindrical pores. 4.1 Introduction. 4.2 Viscosity effects. 4.3 Thermal effects. 4.4 Effective density and bulk modulus for cylindrical tubes having triangular, rectangular and hexagonal cross-sections. 4.5 High- and low-frequency approximation. 4.6 Evaluation of the effective density and the bulk modulus of the air in layers of porous materials with identical pores perpendicular to the surface. 4.7 The biot model for rigid framed materials. 4.8 Impedance of a layer with identical pores perpendicular to the surface. 4.9 Tortuosity and flow resistivity in a simple anisotropic material. 4.10 Impedance at normal incidence and sound propagation in oblique pores. Appendix 4.A Important expressions. Description on the microscopic scale. Effective density and bulk modulus. References. 5 Sound propagation in porous materials having a rigid frame. 5.1 Introduction. 5.2 Viscous and thermal dynamic and static permeability. 5.3 Classical tortuosity, characteristic dimensions, quasi-static tortuosity. 5.4 Models for the effective density and the bulk modulus of the saturating fluid. 5.5 Simpler models. 5.6 Prediction of the effective density and the bulk modulus of open cell foams and fibrous materials with the different models. 5.7 Fluid layer equivalent to a porous layer. 5.8 Summary of the semi-phenomenological models. 5.9 Homogenization. 5.10 Double porosity media. Appendix 5.A: Simplified calculation of the tortuosity for a porous material having pores made up of an alternating sequence of cylinders. Appendix 5.B: Calculation of the characteristic length Λ'. Appendix 5.C: Calculation of the characteristic length Λ for a cylinder perpendicular to the direction of propagation. References. 6 Biot theory of sound propagation in porous materials having an elastic frame. 6.1 Introduction. 6.2 Stress and strain in porous materials. 6.3 Inertial forces in the biot theory. 6.4 Wave equations. 6.5 The two compressional waves and the shear wave. 6.6 Prediction of surface impedance at normal incidence for a layer of porous material backed by an impervious rigid wall. Appendix 6.A: Other representations of the Biot theory. References. 7 Point source above rigid framed porous layers. 7.1 Introduction. 7.2 Sommerfeld representation of the monopole field over a plane reflecting surface. 7.3 The complex sinθ plane. 7.4 The method of steepest descent (passage path method). 7.5 Poles of the reflection coefficient. 7.6 The pole subtraction method. 7.7 Pole localization. 7.8 The modified version of the Chien and Soroka model. Appendix 7.A Evaluation of N. Appendix 7.B Evaluation of pr by the pole subtraction method. Appendix 7.C From the pole subtraction to the passage path: Locally reacting surface. References. 8 Porous frame excitation by point sources in air and by stress circular and line sources – modes of air saturated porous frames. 8.1 Introduction. 8.2 Prediction of the frame displacement. 8.3 Semi-infinite layer – Rayleigh wave. 8.4 Layer of finite thickness – modified Rayleigh wave. 8.5 Layer of finite thickness – modes and resonances. Appendix 8.A Coefficients rij and Mi,j. Appendix 8.B Double Fourier transform and Hankel transform. Appendix 8.B Appendix .C Rayleigh pole contribution. References. 9 Porous materials with perforated facings. 9.1 Introduction. 9.2 Inertial effect and flow resistance. 9.3 Impedance at normal incidence of a layered porous material covered by a perforated facing – Helmoltz resonator. 9.4 Impedance at oblique incidence of a layered porous material covered by a facing having cirular perforations. References. 10 Transversally isotropic poroelastic media. 10.1 Introduction. 10.2 Frame in vacuum. 10.3 Transversally isotropic poroelastic layer. 10.4 Waves with a given slowness component in the symmetry plane. 10.5 Sound source in air above a layer of finite thickness. 10.6 Mechanical excitation at the surface of the porous layer. 10.7 Symmetry axis different from the normal to the surface. 10.8 Rayleigh poles and Rayleigh waves. 10.9 Transfer matrix representation of transversally isotropic poroelastic media. Appendix 10.A: Coefficients Ti in Equation (10.46). Appendix 10.B: Coefficients Ai in Equation (10.97). References. 11 Modelling multilayered systems with porous materials using the transfer matrix method. 11.1 Introduction. 11.2 Transfer matrix method. 11.3 Matrix representation of classical media. 11.4 Coupling transfer matrices. 11.5 Assembling the global transfer matrix. 11.6 Calculation of the acoustic indicators. 11.7 Applications. Appendix 11.A The elements Tij of the Transfer Matrix T ]. References. 12 Extensions to the transfer matrix method. 12.1 Introduction. 12.2 Finite size correction for the transmission problem. 12.3 Finite size correction for the absorption problem. 12.4 Point load excitation. 12.5 Point source excitation. 12.6 Other applications. Appendix 12.A: An algorithm to evaluate the geometrical radiation impedance. References. 13 Finite element modelling of poroelastic materials. 13.1 Introduction. 13.2 Displacement based formulations. 13.3 The mixed displacement–pressure formulation. 13.4 Coupling conditions. 13.5 Other formulations in terms of mixed variables. 13.6 Numerical implementation. 13.7 Dissipated power within a porous medium. 13.8 Radiation conditions. 13.9 Examples. References. Index.

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Book SynopsisOffering detailed case studies of key films and filmmakers, Jay Beck explores how sound design was central to the 1960s and 1970s era of experimentation with new modes of cinematic storytelling. He demonstrates how sound was key to many directors' signature aesthetics. Yet the book also examines sound design as a collaborative process.Trade Review“Presenting strong, original research, Designing Sound examines a period of remarkable and often overlooked experimentation with sound in American cinema during the 1960s and 1970s." -- Steve J. Wurtzler * author of Electric Sounds: Technological Change and the Rise of Corporate Mass Media *"Jay Beck puts in perspective an influential turning point in cinema's storytelling with sound, examining how young directors of the 1970s working with monaural soundtracks took on new aesthetic challenges...a critically important historical work!" -- David Stone * Savannah College of Art and Design *Table of ContentsAcknowledgments1 Introduction: The State of the ArtPart One General Trends (1965–1971)2 The British Invasion3 TV and Documentary’s Influence on Sound Aesthetics4 New Voices and Personal Sound Aesthetics, 1970–1971Part Two Director Case Studies (1968–1976)5 Francis Ford Coppola: American Zoetrope and Collective Filmmaking6 Robert Altman’s Collaborative Sound Work7 Martin Scorsese’s Dialectical SoundPart Three The Dolby Stereo Era (1975–1980)8 The Sound of Music: Dolby Stereo and Music in the New American Cinema9 The Sound of Spectacle: Dolby Stereo and the New Classicism10 The Sound of Storytelling: Dolby Stereo and the Art of Sound DesignNotesBibliographyIndex

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Book SynopsisFully updated second edition of the premier reference book on muffler and lined duct acoustical performance Engine exhaust noise pollutes the street environment and ventilation fan noise enters dwellings along with fresh air. People have become conscious of their working environment.Table of ContentsPreface xiii 1 Propagation of Waves in Ducts 1 1.1 Plane Waves in an Inviscid Stationary Medium 2 1.2 Three-Dimensional Waves in an Inviscid Stationary Medium 5 1.3 Waves in a Viscous Stationary Medium 12 1.4 Plane Waves in an Inviscid Moving Medium 16 1.5 Three-Dimensional Waves in an Inviscid Moving Medium 18 1.6 One-Dimensional Waves in a Viscous Moving Medium 20 1.7 Waves in Ducts with Compliant Walls (Dissipative Ducts) 23 1.8 Three-Dimensional Waves along Elliptical Ducts 34 References 39 2 Theory of Acoustic Filters 41 2.1 Units for the Measurement of Sound 41 2.2 Uniform Tube 43 2.3 Radiation Impedance 46 2.4 Reflection Coefficient at an Open End 48 2.5 A Lumped Inertance 49 2.6 A Lumped Compliance 50 2.7 End Correction 51 2.8 Electroacoustic Analogies 51 2.9 Electrical Circuit Representation of an Acoustic System 52 2.10 Acoustical Filter Performance Parameters 53 2.11 Lumped-Element Representations of a Tube 58 2.12 Simple Area Discontinuities 60 2.13 Gradual Area Changes 62 2.14 Extended-Tube Resonators 67 2.15 Helmholtz Resonator 69 2.16 Concentric Hole-Cavity Resonator 70 2.17 An Illustration of the Classical Method of Filter Evaluation 71 2.18 The Transfer Matrix Method 74 2.19 TL of a Simple Expansion Chamber Muffler 85 2.20 An Algebraic Algorithm for Tubular Mufflers 88 2.21 Synthesis Criteria for Low-Pass Acoustic Filters 91 References 94 3 Flow-Acoustic Analysis of Cascaded-Element Mufflers 97 3.1 The Exhaust Process 97 3.2 Finite Amplitude Wave Effects 101 3.3 Mean Flow and Acoustic Energy Flux 102 3.4 Aeroacoustic State Variables 105 3.5 Aeroacoustic Radiation 108 3.6 Insertion Loss 111 3.7 Transfer Matrices for Tubular Elements 112 3.8 Perforated Elements with Two Interacting Ducts 119 3.9 Acoustic Impedance of Perforates 126 3.10 Matrizant Approach 129 3.11 Perforated Elements with Three Interacting Ducts 131 3.12 Other Elements Constituting Cascaded-Element Mufflers 137 References 143 4 Flow-Acoustic Analysis of Multiply-Connected Perforated Element Mufflers 147 4.1 Herschel-Quincke Tube Phenomenon 147 4.2 Perforated Element with Several Interacting Ducts 151 4.3 Three-Pass Double-Reversal Muffler 154 4.4 Flow-Reversal End Chambers 158 4.5 Meanflow Lumped Resistance Network Theory 163 4.6 Meanflow Distribution and Back Pressure Estimation 169 4.7 Integrated Transfer Matrix Approach 175 References 186 5 Flow-Acoustic Measurements 187 5.1 Impedance of a Passive Subsystem or Termination 187 5.2 Four-Pole Parameters of a Flow-Acoustic Element or Subsystem 203 5.3 An Active Termination – Aeroacoustic Characteristics of a Source 210 References 229 6 Dissipative Ducts and Parallel Baffle Mufflers 233 6.1 Acoustically Lined Rectangular Duct with Moving Medium 234 6.2 Acoustically Lined Circular Duct with Moving Medium 239 6.3 Transfer Matrix Relation for a Dissipative Duct 241 6.4 Transverse Wave Numbers for a Stationary Medium 244 6.5 Normal Impedance of the Lining 245 6.6 Transmission Loss 249 6.7 Effect of Protective Layer 251 6.8 Parallel Baffle Muffler 257 6.9 The Effect of Mean Flow 259 6.10 The Effect of Terminations on the Performance of Dissipative Ducts 260 6.11 Lined Bends 261 6.12 Plenum Chambers 261 6.13 Flow-Generated Noise 262 6.14 Insertion Loss of Parallel Baffle Mufflers 263 References 264 7 Three-Dimensional Analysis of Mufflers 267 7.1 Collocation Method for Simple Expansion Chambers 268 7.2 Finite Element Methods for Mufflers 275 7.3 Green’s Function Method for a Rectangular Cavity 292 7.4 Green’s Function Method for Circular Cylindrical Chambers 301 7.5 Green’s Function Method for Elliptical Cylindrical Chambers 303 7.6 Breakout Noise 306 References 316 8 Design of Mufflers 321 8.1 Requirements of an Engine Exhaust Muffler 321 8.2 Simple Expansion Chamber 322 8.3 Double-Tuned Extended-Tube Expansion Chamber 324 8.4 Tuned Concentric Tube Resonator 326 8.5 Plug Mufflers 327 8.6 Side-Inlet Side-Outlet Mufflers 329 8.7 Designing for Insertion Loss 331 8.8 Three-Pass Double-Reversal Chamber Mufflers 338 8.9 Perforated Baffle Muffler 347 8.10 Forked Dual Muffler System 349 8.11 Design of Short Elliptical and Circular Chambers 353 8.12 Back-Pressure Considerations 362 8.13 Practical Considerations 365 8.14 Design of Mufflers for Ventilation Systems 367 8.15 Active Sound Attenuation 369 References 375 Appendix A: Bessel Functions and Some of Their Properties 377 Appendix B: Entropy Changes in Adiabatic Flows 381 B.1 Stagnation Pressure and Entropy 381 B.2 Pressure, Density, and Entropy 382 Appendix C: Nomenclature 385 Index 389

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Book SynopsisA comprehensive guide to wind farm noise prediction, measurement, assessment, control and effects on people Wind Farm Noise covers all aspects associated with the generation, measurement, propagation, regulation and adverse health effects of noise produced by large horizontal-axis wind turbines of the type used in wind farms. The book begins with a brief history of wind turbine development and the regulation of their noise at sensitive receivers. Also included is an introductory chapter on the fundamentals of acoustics relevant to wind turbine noise so that readers are well prepared for understanding later chapters on noise measurements, noise generation mechanisms, noise propagation modelling and the assessment of the noise at surrounding residences. Key features: Potential adverse health effects of wind farm noise are discussed in an objective way. Means for calculating the noise at residences due to a wind farm prior to conTable of Contents Preface xiii 1 Wind Energy and Noise 1 1.1 Introduction 1 1.2 Development of the Wind Energy Industry 2 1.3 History of Wind Turbine Noise Studies 13 1.4 Current Wind Farm Noise Guidelines and Assessment Procedures 18 1.5 Wind Farm Noise Standards 30 1.6 Regulations 33 1.7 Enquiries/Government Investigations 44 1.8 Current Consensus on Wind Farm Noise 53 References 55 2 Fundamentals of Acoustics 59 2.1 Introduction 59 2.2 Basic Acoustics Concepts 59 2.3 Basic Frequency Analysis 82 2.4 Advanced Frequency Analysis 89 2.5 Summary 121 References 122 3 Noise Generation 123 3.1 Introduction 123 3.2 Aeroacoustics 125 3.3 Aerodynamic noise generation on wind turbines 131 3.4 Aeroelasticity and Noise 152 3.5 Other Noise Sources 153 3.6 Summary and Outlook 155 References 157 4 Wind Turbine Sound Power Estimation 161 4.1 Introduction 161 4.2 Aerodynamic noise prediction 161 4.3 Simple models 162 4.4 Semi-empirical methods (Class II models) 163 4.5 Computational methods (Class III models) 173 4.6 Estimations of Sound Power From Measurements 174 4.7 Summary 182 References 183 5 Noise propagation 185 5.1 Introduction 185 5.2 Principles Underpinning Noise Propagation Modelling 186 5.3 Simplest Noise Propagation Models 217 5.4 Danish Low-Frequency Propagation Model 219 5.5 CONCAWE (1981) 220 5.6 ISO9613-2 (1996) Noise Propagation Model 229 5.7 NMPB-2008 Noise Propagation Model 238 5.8 Nord2000 Noise Propagation Model 250 5.9 Harmonoise (2002) Noise Propagation Engineering Model 269 5.10 Required Input Data for the Various Propagation Models 277 5.11 Off-Shore Wind Farm Propagation Models 281 5.12 Propagation Model Prediction Uncertainty 281 5.13 Outside vs Inside Noise at Residences 286 5.14 Vibration Propagation 289 5.15 Summary 294 References 295 6 Measurement 299 6.1 Introduction 299 6.2 Measurement of Environmental Noise Near Wind Farms 300 6.3 Vibration 406 6.4 Wind, Wind Shear and Turbulence 408 6.5 Reporting on Noise, Vibration and Meteorological Conditions 417 6.6 Wind Tunnel Testing 423 6.7 Conclusions 439 References 440 7 Effects of wind farm noise and vibration on people 447 7.1 Introduction 447 7.2 Annoyance and Adverse Health Effects 452 7.3 Hearing Mechanism 466 7.4 Reproduction of Wind Farm Noise for Adverse Effects Studies 476 7.5 Vibration Effects 478 7.6 Nocebo Effect 479 7.7 Summary and Conclusion 480 References 482 8 Wind Farm Noise Control 487 8.1 Introduction 487 8.2 Noise Control by Turbine Design Modification 488 8.3 Optimisation of turbine layout 498 8.4 Options for Noise Control at the Residences 499 8.5 Administrative Controls 503 8.6 Summary 504 References 505 9 Where to from here 507 9.1 Introduction 507 9.2 Further Investigation of the Effects of Wind Farm Noise on People 508 9.3 Improvements to Regulations and Guidelines 510 9.4 Propagation Model Improvements 515 9.5 Identification and Amelioration of the Problem Noise Sources on Wind Turbines 516 9.6 Reducing Low-Frequency Noise Levels in Residences 517 References 518 A Basic mathematics 519 A.1 Introduction 519 A.2 Logarithms 519 A.3 Complex Numbers 520 A.4 Exponential Function 520 B The BPM model 521 B.1 Boundary layer parameters 521 B.2 Turbulent trailing edge noise model 523 B.3 Blunt trailing edge noise model 525 References 527 C Ground Reflection Coefficient Calculations 529 C.1 Introduction 529 C.2 Flow Resistivity 530 C.3 Characteristic Impedance 530 C.4 Plane Wave Reflection Coefficient 533 C.5 Spherical Wave Reflection Coefficient 533 C.6 Incoherent Reflection Coefficient 537 References 539 D Calculation of Ray Path Distances and Propagation Times for the Nord2000 Model 541 D.1 Introduction 541 D.2 Equivalent Linear Atmospheric Vertical Sound Speed Profile 542 D.3 Calculation of Ray Path Lengths and Propagation Times 544 D.3.1 Direct ray 544 D.3.2 Reflected ray 546 References 549 E Calculation of Terrain Parameters for the Nord2000 Sound Propagation Model 551 E.1 Introduction 551 E.2 Terrain Effects 551 E.3 Approximating Terrain profiles by Straight Line Segments 556 E.4 Calculation of the Excess Attenuation Due to the Ground Effect for Relatively Flat Terrain with no Diffraction Edges 558 E.5 Calculation of the Excess Attenuation Due to the Ground Effect for Relatively Flat Terrain with a Variable Impedance Surface and no Diffraction Edges 559 E.6 Calculation of the Excess Attenuation Due to the Ground Effect for Valley-Shaped Terrain 561 E.7 Identification of the Two Most Efficient Diffraction Edges 561 E.8 Calculation of the Sound Pressure at the Receiver for Each Diffracted Path in Hilly Terrain 564 E.9 Calculation of the Combined Ground and Barrier Excess Attenuation Effects 575 References 583 F Calculation of Fresnel Zone Sizes and Weights 585 F.1 Introduction 585 F.2 Fresnel Zone for Reflection From Flat Ground 585 F.3 Fresnel Weights for Reflection From a Concave or Transition Ground Segment589 F.4 Fresnel Weights for Reflection from a Convex Ground Segment 591 References 592 G Calculation of Diffraction and Ground Effects for the Harmonoise Model 593 G.1 Introduction 593 G.2 Diffraction Effect, _LD 596 G.3 Ground Effect 598 G.3.1 Concave model 600 G.3.2 Transition model 604 G.4 Fresnel Zone for Reflection from a Ground Segment 606 References 610 H Active Noise Control System Algorithms 611 H.1 Introduction 611 References 616

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Book SynopsisIn Working Musicians Timothy D. Taylor offers a behind-the-scenes look at the labor of the mostly unknown composers, music editors, orchestrators, recording engineers, and other workers involved in producing music for films, television, and video games. Drawing on dozens of interviews with music workers in Los Angeles, Taylor explores the nature of their work and how they understand their roles in the entertainment business. Taylor traces how these cultural laborers have adapted to and cope with the conditions of neoliberalism as, over the last decade, their working conditions have become increasingly precarious. Digital technologies have accelerated production timelines and changed how content is delivered, while new pay schemes have emerged that have transformed composers from artists into managers and paymasters. Taylor demonstrates that as bureaucratization and commercialization affect every aspect of media, the composers, musicians, music editors, engineers, and others whosTable of ContentsAcknowledgments ix Introduction: Working Musicians 1 1. Group Production, the Collective Laborer, Supply Chains, and Fields 19 2. Creativity 48 3. Composers’ Labor 81 4. The Music Supply Chain after the Composer: Adding Value 119 5. Challenges 138 6. It’s a Man’s, Man’s, Man’s, Man’s World 156 7. Neoliberalization as (Self-)Exploitation 177 8. “Thousands of Guys Like Me” 212 Notes 217 References 231 Index 245

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Book SynopsisCapturing, recording and broadcasting the voice is often difficult. Many factors must be taken into account and achieving a true representation is much more complex than one might think. The capture devices such as the position of the singer(s) or narrator(s), the acoustics, atmosphere and equipment are just some of the physical aspects that need to be mastered. Then there is the passage through the analog or digital channel, which disrupts the audio signal, as well as the processes that are often required to enrich, improve or even transform the vocal timbre and tessitura. While in the past these processes were purely material, today digital technologies and software produce surprising results that every professional in recording and broadcasting should know how to master.Recording and Voice Processing 1 addresses some general theoretical concepts. A history of recording and the physiology of the vocal apparatus are detailed in order to give the reader an understanding of the fundamental aspects of the subject. This volume also includes an advanced study of microphones, addressing their characteristics and typologies. The acoustic environment and its treatment are also considered in terms of the location of the sound capture - whether in a home studio, recording studio, live or natural environment - in order to achieve a satisfactory sound recording.Table of ContentsPreface ix Introduction xiii Chapter 1 Recording History 1 1.1 In the beginning was the phonautograph 1 1.2 When it really started 2 1.3 Magnetic recording 8 1.4 The advent of 78 rpm 9 1.5 The magnetic tape and the LP 15 1.6 8-track cartridges, mini-cassette and Trimicron 20 1.7 The compact disk and the advent of digital technology 27 1.8 Digital technology is essential 29 1.9 Hard disk recorder and minidisc 36 1.10 Microcomputer, direct-to-disk and DAW 38 1.11 To conclude 42 Chapter 2 The Voice 45 2.1 The vocal apparatus and its functioning 45 2.2 Voice and breath 48 2.3 Song and speech 49 2.4 Frequency, intensity and timbre 50 2.5 Voice and range 51 2.6 Voice quality 54 2.7 Characteristics of the vocal timbre 55 2.8 Conclusion 57 Chapter 3 Microphones 59 3.1 A little history 59 3.2 The characteristics of a microphone 71 3.2.1 General characteristics 71 3.2.2 Specific characteristics 91 3.3 Microphone families 93 3.3.1 Microphone and transformer 94 3.3.2 Dynamic moving coil microphones 96 3.3.3 Ribbon microphones 98 3.3.4 Condenser microphones 100 3.3.5 USB microphones 104 3.4 Uses of microphones according to their directivity 107 3.4.1 Omnidirectional microphones 107 3.4.2 Bidirectional microphones (figure-8) 107 3.4.3 Cardioid microphones 109 3.5 Conclusion 110 Chapter 4 The Acoustic Environment 111 4.1 Location of pickup and sound isolation 111 4.2 Acoustic processing 112 4.2.1 State of the art 112 4.2.2 Bass traps 114 4.2.3 Acoustic diffusers 123 4.3 Acoustic booths 130 4.4 Accessories 132 4.4.1 Acoustic shields 132 4.4.2 Pop filters 135 4.4.3 Headphones 136 4.4.4 Microphone suspensions 142 4.4.5 Feet, poles, and arms 142 4.4.6 Bonnets 146 4.5 Conclusion 148 Conclusion 149 Appendices 151 Appendix 1 Sound Unit 153 Appendix 2 Audio Connectivity 161 Appendix 3 Audio Processing Plugins 171 Appendix 4 Tube and JFET Microphone Amplifiers 177 Appendix 5 Microphone Pairs 181 Glossary 195 References 203 Index 213

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Book SynopsisSubtractive sound synthesis has been one of the most widely used techniques in electronic music and for many analog synthesizers since the early 1960s. It is based on a simple principle, but its operation remains complex, involving many parameters. It can be enriched by a variety of effects that give the sound its authenticity. It does not just imitate musical instruments, but can also transcribe noises present in natural soundscapes, or generate entirely synthetic sounds. Synthesizers and Subtractive Synthesis 1 presents the theoretical basis of a sound phenomenon, the different types of synthesis, the components that are required and present in synthesizers, the working environment specific to the study of subtractive synthesis, and the hardware and software available. After reading the various chapters of this book, readers will have a clear vision of the tools and actions required to grasp the world of subtractive sound.

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Book SynopsisThis didactic book presents the main elements of acoustics, aeroacoustics and vibrations. Illustrated with numerous concrete examples linked to solid and fluid continua, Acoustics, Aeroacoustics and Vibrations proposes a selection of applications encountered in the three fields, whether in room acoustics, transport, energy production systems or environmental problems. Theoretical approaches enable us to analyze the different processes in play. Typical results, mostly from numerical simulations, are used to illustrate the main phenomena (fluid acoustics, radiation, diffraction, vibroacoustics, etc.).Table of ContentsPreface xi Chapter 1. A Bit of History 1 1.1. The production of sound 1 1.2. The propagation of sound 4 1.3. The reception of sound 6 1.4. Aeroacoustics 7 Chapter 2. Elements of Continuum Mechanics 9 2.1. Mechanics of deformable media 9 2.1.1. Continuum 9 2.1.2. Kinematics of deformable media 10 2.1.3. Deformation tensor (or Green’s tensor) 12 2.2. Conservation laws 13 2.2.1. Conservation of mass 13 2.2.2. Conservation of momentum 14 2.2.3. Conservation of energy 15 2.3. Constitutive laws 15 2.3.1. Elasticity 16 2.3.2. Thermoelasticity and effects of temperature variations 19 2.3.3. Viscoelasticity 21 2.3.4. Fluid medium 28 2.4. Hamilton principle 29 2.5. Characteristics of materials 29 Chapter 3. Small Mathematics Travel Kit 31 3.1. Measure theory and Lebesgue integration 32 3.1.1. Boolean algebra 32 3.1.2. Measure on a σ-algebra 33 3.1.3. Convergence and integration of measurable functions 33 3.1.4. Functional space – functional 35 3.1.5. Measure as linear functional 36 3.2. Distributions 37 3.2.1. The space D of test functions 37 3.2.2. Distributions definition 37 3.2.3. Operations on distributions 39 3.2.4. N-dimensional generalization 43 3.2.5. Distributions tensor product 47 3.3. Convolution 48 3.3.1. Definition and first properties 48 3.3.2. Convolution algebra and Green’s function 50 3.4. Modal methods 52 3.4.1. Eigenmodes of a conservative system 52 3.4.2. Eigenmodes of a non-conservative system 55 Chapter 4. Fluid Acoustics 65 4.1. Acoustics equations 66 4.1.1. Conservation equations 66 4.1.2. Establishment of general equations 67 4.1.3. Establishment of the wave equation 68 4.1.4. Velocity potential 69 4.2. Propagation and general solutions 69 4.2.1. One-dimensional motion 69 4.2.2. Three-dimensional motion 70 4.3. Permanent regime: Helmholtz equation 71 4.3.1. General solutions 72 4.3.2. Green’s kernels 76 4.3.3. Wave group, phase velocity and group velocity 78 4.4. Discontinuity equations 80 4.4.1. Interface between two propagating media 80 4.4.2. Interface between a propagating and a non-propagating medium 82 4.5. Impedance: measurement and model 83 4.5.1. Kundt’s tube 83 4.5.2. Delany–Bazley model 85 4.6. Homogeneous anisotropic medium 87 4.7. Medium with a slowly varying celerity 88 4.8. Media in motion 89 4.8.1. Homogeneous medium in uniform motion 89 4.8.2. Plane interface between media in motion 90 4.8.3. Cylindrical interface between media in motion 92 4.8.4. Acoustic radiation of a moving surface 94 Chapter 5. Radiation, Diffraction, Enclosed Space 105 5.1. Acoustic radiation 106 5.1.1. A simple example 106 5.2. Acoustic radiation of point sources 107 5.2.1. Multipolar sources in a harmonic regime 107 5.2.2. Far-field 111 5.3. Radiation of distributed sources 111 5.3.1. Layer potentials 111 5.3.2. Green’s representation of pressure and introduction to the theory of diffraction 114 5.4. Acoustic radiation of a piston in a plane 119 5.4.1. Far-field radiation of a circular piston: directivity 122 5.4.2. Radiation along the axis of a circular piston 125 5.5. Acoustic radiation of a rectangular baffled structure 126 5.6. Acoustic radiation of moving sources 131 5.6.1. Compact and non-compact sources 131 5.6.2. Sources in uniform and non-uniform motion 135 5.7. Sound propagation in a bounded medium 138 5.7.1. Eigenfrequencies and resonance frequencies 138 5.7.2. The Helmholtz resonator 139 5.7.3. Example in dimension 1 140 5.7.4. Example in dimension 3 141 5.7.5. Propagation of pure sound in a circular enclosure 143 5.8. Basics of room acoustics 149 5.8.1. The concept of acoustic power 149 5.8.2. Directivity index 149 5.8.3. Reverberation duration 150 5.8.4. Reverberant fields 153 5.8.5. Pressure level in rooms 154 5.8.6. Crossover frequency and the reverberation distance 155 5.9. Sound propagation in a wave guide 156 5.9.1. General solution in a wave guide 156 5.9.2. Physical interpretation and theory of modes 157 5.9.3. Green’s function 160 5.9.4. Section change 161 5.9.5. Propagation in a conduit in the presence of flow 164 Chapter 6. Wave Propagation in Elastic Media 167 6.1. Equation of mechanical wave propagation 168 6.2. Free waves 169 6.2.1. Volumic waves 169 6.2.2. Plane wave case 170 6.2.3. Surface waves 171 6.3. Green’s kernels in a harmonic regime 176 6.4. Thin body approximation for plannar structures 177 6.4.1. Straight beams 178 6.4.2. Plane plates 186 6.5. Thin body approximation for cylindrical structures 198 6.5.1. Cylinder 198 6.5.2. Ring 212 Chapter 7. Vibrations of Thin Structures 219 7.1. Beam vibrations 219 7.1.1. Beam compression vibrations 219 7.1.2. Beam bending vibrations 223 7.2. Plate vibrations 233 7.2.1. Infinite plate 233 7.2.2. Finite plate 239 7.2.3. Plate of arbitrary shape 256 7.3. Cylindrical shell vibrations 260 7.3.1. Infinite shell 260 7.3.2. Finite shell 264 Chapter 8. Acoustic Radiation of Thin Plates 275 8.1. First notions of vibroacoustics: a simple example 276 8.1.1. Motion equations 277 8.1.2. Acoustic radiation 278 8.1.3. “Light fluid” approximation 280 8.1.4. Sound transmission 281 8.1.5. Transient regime 290 8.2. Free waves in an infinite plate immersed in a fluid 294 8.2.1. Roots of the dispersion equation 295 8.2.2. Light fluid approximation 297 8.3. Transmission of a plane wave by a thin plate 299 8.4. Radiation of an infinite plate under point excitation 302 8.4.1. Integro-differential equation with respect to u 303 8.4.2. Fourier transform of u 303 8.4.3. Calculation of u(r) 305 8.4.4. Radiated acoustic pressure 306 8.5. Acoustic radiation and vibration of finite plates 307 8.5.1. Statement of the problem 307 8.5.2. Exact methods 308 8.5.3. Light fluid approximation 313 8.5.4. Higher order approximations 319 8.6. Heavy fluid coupling: resonance estimation 327 8.6.1. Clamped rectangular plate coupled with a heavy fluid 327 8.6.2. Location of resonances of a coupled plate 343 8.7. Vibrations of a thin plate in a turbulent flow 346 8.7.1. Interspectral density: simple models 347 8.7.2. Green’s representation of a coupled plate 350 8.8. Aeroelastic coupling and sloshing 354 8.8.1. Sloshing 354 8.8.2. Convective instability 356 8.8.3. Kelvin–Helmholtz instability 360 Chapter 9. Basic Theoretical Aeroacoustics Models 363 9.1. Preamble 363 9.2. Lighthill’s equation and some of the generalizations that have followed 365 9.3. Reminder of some notions on turbulence which will be useful here 376 9.4. The Proudman model for homogeneous and isotropic turbulence 381 9.5. The Lilley model for homogeneous and isotropic turbulence 386 9.6. The recent models and a few experimental validations 387 9.7. The Powell Howe equation for vorticity-generated sound 397 Chapter 10. A Few Situations Closer to Reality 403 10.1. The Ribner model for jets 403 10.2. Problems and approaches specific to boundary layers 416 10.3. Flame-generated noise 426 10.4. Noise generated by blades 432 10.4.1. Noise generated by a solid body in motion, in the temporal domain 433 10.4.2. Noise generated by a set of rotating blades and fixed cascading blades, in the frequency domain 440 10.4.3. Noise generated by blade–vortex interaction, using the vortex sound generation method 449 10.5. Noise generated and propagation in the outer atmosphere: accounting for the thermal stratification and for likely obstacles 454 10.5.1. Characteristic properties of the atmospheric boundary layer and impacts on sound propagation 455 10.5.2. Models of sound wave propagation in the atmosphere 464 Chapter 11. Implementation and Usage of Numerical Simulations 475 11.1. Hybrid methods 476 11.2. Direct numerical simulations/large eddy simulations 478 11.3. Conclusion 488 Bibliography 491 Index 507

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Book Synopsis

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Book SynopsisFeaturing 56 lessons by 49 music technology experts from around the world, The Music Technology Cookbook is an all-in-one guide to the world of music technology, covering topics like: composition (with digital audio workstations such as Ableton, Soundtrap, GarageBand); production skills such as recording, editing, and equalization; creating multimedia (ringtones, soundscapes, audio books, sonic brands, jingles); beatmaking; DJing; programming (Minecraft, Scratch, Sonic Pi, P5.js); and, designing instruments (MaKey MaKey). Each lesson tailored for easy use and provides a short description of the activity, keywords, materials needed, teaching context of the contributing author, time required, detailed instructions, modifications for learners, learning outcomes, assessment considerations, and recommendations for further reading. Music educators will appreciate the book''s organization into five sections--Beatmaking and Performance; Composition; Multimedia and Interdisciplinary; ProductionTrade ReviewBaking is often thought of as a science. Cooking, on the other hand, is usually considered an art. This recipes in this cookbook work well as is, but can also be adapted and modified by artful, creative educational chefs to meet the specific needs of their students. Highly recommended! * Roger Mantie, Program Director and Associate Professor of Music, University of Toronto Scarborough, and co-editor of The Oxford Handbook of Technology and Music Education *Featuring a clear set of how-to instructions and ideas that are practical, imaginative, and sequential — The Music Technology Cookbook: Ready-Made Recipes for the Classroom is the book 21st-century music educators have been waiting for. With recipes for the beginning technology user to the experienced, the Cookbook covers it all, earning itself a well-deserved spot on the bookshelves of elementary, secondary, and tertiary music educators. Brilliant and timely! * Janice Waldron, Associate Professor of Music Education, University of Windsor *Table of ContentsList of Contributors Editor's Introduction adam patrick bell Part 1: Beatmaking and Performance 1. Rap My Name (Beginner) Katie Wardrobe 2. Beats in a Box (Beginner) Eva Josephine Egolf 3. Drum Programming Minus 1 (Beginner) James Humberstone 4. Complete the Beat (Intermediate) Ian Cummings 5. Drop that Beat! Digital Sampling with Ableton Live (Intermediate) Jonathan Kladder 6. Mixing a DJ Set (Intermediate) Mark E. Perry 7. Maschine Jam: Set the Groove for Classroom Improvisation (Advanced) Clint Randles 8. Music Production Clusters: Engage, Explore, Discover, Create, Collaborate (Advanced) Joe Pignato 9. Performing with Drum Kit Technologies (Advanced) Bryden Stillie Part 2: Composition 10. Creating Song on iPads is a Cinch! (Beginner) Daniel Beal 11. Music, Loops, Coding, OH MY! (Beginner) Meredith Allen 12. The Patented Humberstone 4-Finger Technique (Beginner) James Humberstone 13. Analyzing Your Favorite Song to Create a New Song (Intermediate) John Churchville 14. When the Past Meets the Present (Intermediate) Angela Lau 15. Creating Melodies to Fit A Chord Progression (Intermediate) Matt McLean 16. Musique Concrète Étude (Intermediate) Robert Willey 17. Anthem Creation for a New Nation (Intermediate) Patrick K. Cooper 18. Ableton Overture (Intermediate) Alison Armstrong 19. The Room Tone Song (Intermediate) Marc Weidenbaum 20. Getting into Place/Space (Advanced) Laurie Radford 21. Shared Sample Projects (Advanced) Ethan Hein 22. Seeded Composition (Advanced) Leila Adu-Gilmore 23. Expanding Your DAW: From the DAW to the Outside World! (Advanced) Miles Warrington Part 3: Multimedia and Interdisciplinary 24. Alphabet Soup (Beginner) Richard Marsella 25. Sonic Signatures (Beginner) adam patrick bell & Benjamin Bolden 26. Podcast Your Story with Music (Intermediate) Benjamin Bolden 27. Impressionist Expressionist (Intermediate) Patrick K. Cooper 28. Hybrid Acoustic and Electronic Band Collaboration with Visual Arts (Intermediate) Martin Emo 29. Online Resources for Dance (Intermediate) Malachi Apudo-Achola and Emily Achieng' Akuno 30. Rap-In-Time: An Examination and Presentation of Historical Events Through Rap (Intermediate) Adrian Barnes 31. Analyzing a Song Through Lyric Annotation (Intermediate) Emmett O'Leary 32. Storytelling Remix (Intermediate) Patrick K. Cooper 33. Story Time (Intermediate) Richard McCready 34. Video Jingle (Intermediate) Robert Willey 35. Sound Hunt (Intermediate) V.J. Manzo 36. Found Sounds: Music from the Mundane (Intermediate) Zack Moir 37. 5 Seconds of Fame (Advanced) Martin Emo 38. Making Signs Sound: Field Recording and Performing Graphic Scores (Advanced) Johannes Tress 39. Field Recording and New Media Composition Basics (Advanced) Daniel Walzer Part 4: Production 40. FX Roulette (Beginner) adam patrick bell 41. Equalizer Elements (Intermediate) Melike Ceylan 42. Sifting for Pops and Clicks: Editing Audio at the Sample Level (Intermediate) Ryan Van Bibber 43. Understanding Envelopes in Synthesis (Intermediate) Misty Jones Simpson 44. Sound Stations: Experimenting with Effect Pedals (Intermediate) Lloyd McArton 45. The Tracker Producer and Top-Liner Collaborative Music Production Project (Advanced) Brendan Anthony 46. Exploring the Potential of Looped Material in DAW-based Music Creation (Advanced) Mark Marrington 47. Standard 3-Point Micing (Advanced) Amandine Pras 48. Name That Synth Patch (Advanced) Misty Jones Simpson Part 5: Programming and Design 49. Hip Hot Cross Buns (Beginner) Jared O'Leary 50. Scratch Sampler (Beginner) Ryan Bledsoe 51. MaKey MaKey Drumpad with Scratch (Beginner) Liam Baum 52. MPCs to Change the World (Beginner) Martin Urbach 53. Design to Break Barriers: An Adaptive Instrument Project (Intermediate) Jesse Rathgeber 54. What A Wonderful World: Ear Training, Sequencing, and Chunking Tunes in Scratch (Intermediate) Gena R. Greher 55. Designing Contour in Music with Minecraft (Intermediate) Daniel Abrahams 56. Mouse Theremin with p5.js (Intermediate) Liam Baum

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Book SynopsisIn this book the tools of spectral analysis are applied via graphics to musical sounds, especially those coming from a piano, with emphasis on the visualization of musical sounds rather than the mathematics behind it. The aim is to give a different and insightful view of musical instruments.Trade ReviewI recommend this remarkable book to everyone who wants to know how sounds are generated and how they can be analyzed. I am sure that this book will serve as a standard reference for the spectral analysis of musical sounds over many years * Haye Hinrichsen, Euro Piano *Table of ContentsPART 1: SOME BASIC SOUND WAVES AND SOME SIMPLE TOOLS; PART 2: A VISUAL ANALYSIS OF VIBRATING OBJECTS (STRINGS, MEMBRANES, BARS, PLATES); PART 3: THE PIANO

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Book SynopsisSignal processing is everywhere in modern technology. Its mathematical basis and many areas of application are the subject of this book, based on a series of graduate-level lectures held at the Mathematical Sciences Research Institute. Emphasis is on challenges in the subject, particular techniques adapted to particular technologies, and certain advances in algorithms and theory. The book covers two main areas: computational harmonic analysis, envisioned as a technology for efficiently analysing real data using inherent symmetries; and the challenges inherent in the acquisition, processing and analysis of images and sensing data in general [EMDASH] ranging from sonar on a submarine to a neuroscientist's fMRI study.Table of Contents1. Introduction D. Rockmore and D. Healy; 2. Hyperbolic geometry, Nehari's theorem, electric circuits, and analog signal processing J. Allen and D. Healy; 3. Engineering applications of the motion-group Fourier transform G. Chirikjian and Y. Wang; 4. Fast x-ray and beamlet transforms for three-dimensional data D. Donoho and O. Levi; 5. Fourier analysis and phylogenetic trees S. Evans; 6. Diffuse tomography as a source of challenging nonlinear inverse problems for a general class of networks A. Grunbaum; 7. An invitation to matrix-valued spherical functions A. Grunbaum, I. Pacharoni and J. Tirao; 8. Image registration for MRI P. Kostelec and S. Periaswamy; 9. The mathematics of JPEG 2000 Jin Li; 10. Integrated sensing and processing for statistical pattern recognition C. Priebe, D. Marchette and D. Healy; 11. Sampling of functions and sections for compact groups D. Maslen; 12. The Cooley-Tukey FFT and group theory D. Maslen and D. Rockmore; 13. Mathematical challenges for optical communications U. Osterberg; 14. The generalized spike process, sparsity and statistical independence N. Saito.

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