Educational equipment and technology, computer-aided learning (CAL) Books

Book SynopsisWhen the 1st German Inverted Classroom Conference was staged in 2012, the organizers thought that it may have been the first and last conference of this kind: Too few teachers seemed to be familiar with this model in the first place and only a tiny fragment of them would actually apply this model to their own teaching scenarios. However, in the 2013 conference, we were overwhelmed with a large number of teachers who not only wanted to find out about this teaching and learning concept but had already used it. Consequently, the focus of the 2nd German Inverted Classroom Conference to which this conference volume is dedicated was no longer the “installation” of the Inverted Classroom Model (ICM) but fine adjustments in the actual application of it. This is reflected in the contributions to this volume. Even though all three central aspects of the ICM are addressed, (1) content production and delivery, (2) testing, and (3) the in-class phase, there has been a shift away from mere content production towards an expansion of the model as well as a move towards fine adjustments of the three components.

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Book SynopsisDer zeitgemäße Ansatz für den Informatikunterricht: Im ersten Teil erklärt der Autor wichtige lernpsychologische Grundlagen sowie allgemeine didaktische Prinzipien. Er gibt konkrete Hinweise für die Unterrichtsplanung und -durchführung. Im zweiten Teil folgt seine Begründung für ein Pflichtfach "Informatik" vor dem Hintergrund einer differenzierten Informationsgesellschaft. Aus diesen Überlegungen leitet er einen Ansatz für den Unterricht ab, der über die Schulung reiner Programmierfertigkeiten hinausgeht. Konkrete Unterrichtspläne verdeutlichen in dieser 3., überarbeiteten und erweiterten Auflage die praktische Vermittlung der Lerninhalte.Trade ReviewAus den Rezensionen zur 3. Auflage: "Hubwieser entwickelt ein didaktisches Konzept für den Informatikunterricht und stellt ausgearbeitete Unterrichtsbeispiele für die Sekundarstufen I und II vor. Im Praxisteil überarbeitete und erweiterte Neuauflage … eines von Lehrerstudenten und Lehrern stark nachgefragten Titels …" (Heckmann, in: ekz-Informationsdienst Einkaufszentrale für öffentliche Bibliotheken, 2007, Issue 50)Table of ContentsGrundlagen.- Lernpsychologische Fundierung.- Prinzipien didaktischen Handelns.- Theoretische Ansätze der allgemeinen Didaktik.- Unterrichtsplanung und -gestaltung.- Konzepte.- Informatische Bildung und Informatikunterricht.- Wozu Informatikunterricht?.- Entwurf einer Unterrichtsmethodik.- Die Lerninhalte.- Ein Gesamtkonzept.- Unterrichtsbeispiele.- Anfangsunterricht in Informatik.- Repräsentation von Information.- Funktionale Modellierung, Teil 1.- Datenmodellierung und Datenbanken.- Zustandsorientierte Modellierung.- Funktionale Modellierung, Teil 2.- Objektorientierte Modellierung.- Rekursive Datenstrukturen.- Formale Sprachen.- Rechnerkommunikation.- Das Halteproblem.- Das Musterprojekt InfoBank.

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Book SynopsisThe ?rst and foremost goal of this lecture series was to show the beauty, depth and usefulness of the key ideas in computer science. While working on the lecture notes, we came to understand that one can recognize the true spirit of a scienti?c discipline only by viewing its contributions in the framework of science as a whole. We present computer science here as a fundamental science that, interacting with other scienti?c disciplines, changed and changes our view on the world, that contributes to our understanding of the fundamental concepts of science and that sheds new light on and brings new meaning to several of these concepts. We show that computer science is a discipline that discovers spectacular, unexpected facts, that ?nds ways out in seemingly unsolvable s- uations, and that can do true wonders. The message of this book is that computer science is a fascinating research area with a big impact on the real world, full of spectacular ideas and great ch- lenges. It is an integral part of science and engineering with an above-average dynamic over the last 30 years and a high degree of interdisciplinarity. The goal of this book is not typical for popular science writing, whichoftenrestrictsitselftooutliningtheimportanceofaresearch area. Whenever possible we strive to bring full understanding of the concepts and results presented.Trade ReviewFrom the reviews: "A lucid exposition of fundamental ideas, concepts and methods of computer science, their essence and their limits, delightfully represented, and easily understandable for a broad readership. Scientific writing at its best." (Peter Widmayer, ETH Zürich)“This book originated from a series of lectures given by the author to describe what computer science is and what its principle Ideas are. Algorithms are the key concept of this book. … The inclusion of problems makes the book more than a personal reflection. The style is lively and avoids unnecessary jargon. With a good teacher, it could be suitable as a textbook on the foundations of computer science in an undergraduate classroom.” (Anthony J. Duben, ACM Computing Reviews, February, 2010)“This is a very readable book on theoretical computer science, written for nonspecialists. … Practical applications are illustrated by examples from DNA computing and quantum mechanics. … Summing Up: Recommended. Lower- and upper-division undergraduates and general readers.” (M. Bona, Choice, Vol. 47 (5), January, 2010)“The author is an acclaimed computer scientist and he proves why: apart from being an aggressive researcher, he is also an excellent teacher. Using his ability to teach complex computing topics in an interesting way, he introduces to the reader the ‘power and the magic’ of the underlying principles. … It will certainly draw interest from both undergraduate and post-graduate students of computing and allied fields. … I do recommend this beautiful book for a scientific library … .” (Soubhik Chakraborty, ACM Computing Reviews, August, 2010)Table of ContentsThe Development of Computer Science: Not Just a Driving Licence.- Algorithmics: What Programming and Baking Have in Common.- Infinity Is Not Infinity: Why Infinity Is Infinitely Important in Computer Science.- The Limits of Computability: Why There Exist Tasks That Cannot Be Automatically Solved Using Computers.- Complexity Theory: What to Do When the Energy of the Universe Isn't Enough to Perform a Computation.- Randomness in Nature: A Source of Efficiency in Algorithmics.- Cryptography: How to Transform Drawbacks into Advantages.- Computing Using DNA Molecules: A Biological Computer on the Horizon.- Quantum Computers: Computing in the Wonderland of Particles.- How to Make a Good Decision for an Unknown Future: How to Foil an Adversary

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Book SynopsisEinleitung.- Lernorte und Lerntechnologien.- Digitale Medien zum Lehren und Lernen.- Lernarchitekturen und Lernszenarien.- Kompetenzen für das Bildungspersonal.- Exkurs: Lernende Organisationen - Informelles Lernen.- Nachwort.

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Book SynopsisThis book details a unique training evaluation approach developed by David J. Basarab, Sr. currently the Manager of Evaluation at Motorola University. This approach was developed in part based on information from his graduate coursework with Dr. Darrell K. Root, professor of program evaluation and educational administration at the University of Dayton. It enabled Motorola to evaluate their corporate training programs to determine whether money spent on training was an investment or an expense. This evaluation approach is also significant in determining either the effectiveness of or the opportunities to improve corporate training programs. In this text, The Training Evaluation Process, David Basarab and Darrell Root provide commercial industry training with a step-by-step approach to use when evaluating training progrruns, thus allowing training to be viewed as an investment rather than an expense. This text focuses on assessing training programs, so that they may be improved. This approach provides a successful procedure to use when evaluating training programs. Included in the text is a comprehensive explanation of the evaluation model developed by D. L. Kirkpatrick (Kirkpatrick, D. L., November 1959) in which he described four levels of evaluating training progrruns: Level 1 -Reaction: Evaluate to learn participants' perception to the training program. Level 2 -Learning: Evaluate to determine whether participants have learned the course subject matter. Level 3 -Behavior: Evaluate participants' use of newly acquired job skills on the job. Level 4 -Results: Evaluate the organizational impact of training on company's workforce.Table of ContentsPreface. 1. Introduction to Evaluation. 2. Training Evaluation Phases. 3. Developing an Evaluation Plan. 4. Develop Evaluation Procedures. 5. Obtain Evaluation Data. 6. Analyze Evaluation Data. 7. Report Evaluation Results. 8. Measuring Effective Evaluations. 9. Glossary of Terms. 10. Index.

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Book Synopsis.- AI-Powered Educational Innovation..- Empowering Elementary School English Review Lessons with Generative AI: Constructing the RCPA Human-Machine Collaborative Teaching Model..- Design and Development of an LLM-empowered Arguing Pedagogical Agent with a Personalized Avatar, Movements, and Voice..- Student Emotion Recognition Research Based on Deep Learning Techniques: An Example of Primary and Secondary School Classrooms..- The Influence of GAI on the Development of Students’ Higher-Order Thinking Ability: Meta-Analysis Based on Relevant Empirical Studies at Home and Abroad Since 2022..- Design of Knowledge Graph Solutions to Enhance Resilience in STEM Education..- Understanding College Students' AI Literacy in Course Essays: A Topic Modeling-Based Method..- Emotion Recognition for Learners Based on Facial Expressions and BVP Signals..- Making AI Forget You: Removing Educational Data from Intelligent Education Models..- A Low-consumption Teaching Role Recognition Method for Teaching Analysis..- Open Management of Research-oriented Laboratories in Universities Based on an “AI for Science” Paradigm..- Tech-Enhanced Curriculum & Teaching InnovationsSTE..- STEM, Cultural Heritage, and Junior High School Labor Curriculum: An Example of the 3-way Luban Lock C-STEAM Project..- LIDT Framework and Implementation of Life-Oriented Instructional Design for Preschool Children’s Scientific Activities Empowered by Digital Intelligence Technology..- A Practical Study of AR Technology-enabled Children's Immersion Learning..- Research on the Construction and Application of a Multi-agent Collaborative Digital Volunteer Education Model..- Can Information Technology Bridge Cultural Differencesc? Design and Effectiveness Analysis of COIL Based on Intercultural Communication..- Design, Implementation, and Application of a 3-D Virtual Simulation Visualization Experiment System for Camera Calibration..- AI-driven Learning Analytics & Assessment..- Optimizing the Assessment System of Integrated Course Design through Causal Inference..- Evaluation and Continuous Improvement of Graduation Design Based on Causal Inference..- Assessment of an AI-Assisted Power Supply Experiment Design Based on Causal Inference..- A Measurement Method of Knowledge Contribution by Learners During a Design Process..- Investigating How Self-Recording and Playback Influence Music Students’ Self-Assessment..- Exploring the Influencing Factors of Pupil Gratification towards Elementary School Library Services: A TAM-Based Study..- What Characteristics of Social Media Make Teachers' Learning and Training Effective..- Undersea Adventure (UA): A Stealth Approach to Collaborative Skills Assessment in Schools.

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Book SynopsisExtended Reality Technology in Education and Game-Based Learning.- Enhancing Employability through Virtual Reality (VR) Simulations: Empirical Evidence from Higher Education.- Playful First Steps: Virtual Reality and Gamification to Ease Employee Onboarding.- Using the Online Game-Based Learning Tool Kahoot! to Enhance Learning Experiences in Virtual Lectures.- Enhancing Scientific Concept Retention and Critical Thinking Skills in Grade 9 Students Through Gamification.- Caesar’s Adventure and the Enhancement of Cryptography Learning through Gamification.- Transforming Language Education through Jigsaw Puzzle: A Focus on Enhancing Learning Continuity and Recovery Amidst Educational Crisis.- A Theoretical Framework for Integrating Artificial Intelligence, Virtual Reality, and Metaverse in Speaking Skills Enhancement.- A Stimulus-Response Theory Approach: Integrating Board Game Design and Storytelling for Enhanced Educational Engagement.- Integrating Virtual Reality Technology in Tourism and Hospitality Education: Student Learning Experiences and Implications.- Exploring Filipino Senior High School Students’ Digital Competencies in Technology-Driven Classrooms.

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Book SynopsisThis book constitutes the refereed proceedings of the 7th International Conference on Technology in Education, ICTE 2024, held in Hradec Kralove, Czech Republic, during December 25, 2024. The 21 full papers presented in this volume were carefully reviewed and selected from 65 submissions.

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Book SynopsisIntroduction to computational thinking and design based learning.- Theoretical framework for integrating computational thinking in education.- Design based learning approaches for computational thinking.- Integrating computational thinking via ai based design based learning activities.- Computational thinking integration by design based learning perspective implementation example of ai.- Integrating computational thinking into computer assisted language learning from theoretical foundations to design based learning applications.- CT integration by design based learning perspective implementation example of foreign language training.- CT integration by design based learning perspective implementation example of digital storytelling.- Computational thinking integration by design based learning perspective implementation example of math education.- Promoting computational thinking through stem education.

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Book SynopsisAlfadatizando 2.0 applied to data visualization at high school level and for digital humanities. Empowering digital citizens.- Analysis of the CodeCombat platform as an educational tool for teaching the fundamentals of Software Programming in the first year of the Computer Science Baccalaureate in the Educational Units of Catamayo canton, academic year 2021-2022.- App prototype based on self-regulation to measure knowledge acquisition.- BioSTEM: A new approach to meaningful learning from biosignals in high school students.- Classroom Attendance and Academic Performance in First-year Courses in a Computer Engineering Degree: Examining the Post-COVID-19 Pandemic Context.- Courseware Adaptation for Programming Logic Classes for Teaching Children with Blindness or Severe Low Sight.- COVIDGAME: The Vaccination Battle.- Designing and Implementing a Blockchain Course in Software Engineering Curricula: A teacher's perspective.- Enhancing Technological Maturity in School-Level Robotics: A Case Study of Integrating LunaBot v2.3 in Educational Environments in Remote Areas of Arequipa, Peru.- Essential conditions to lead the digital transformation in the educational field in a Higher Education Institution.- Evolutionary and Cooperative Process of Using DICT in the Continuous Training of Teachers in URTI: From Moodle to GenAI.- Experiential Teaching Paradigms in the Learning of Antenna Theory for Undergraduate Students.- Exploring Sequential Pattern Mining in Virtual Learning Environments.- Fear of Gamifying in High School Classrooms: A Grounded Theory.- Gender Differences in Planning Poker: A Preliminary Approach with Epistemic Network Analysis.- Learning Analytics Applied to Serious Games: A Systematic Literature Review.- Learning keyboard and accessible typing aimed at users with visual disabilities.- Low-cost computing devices: advantages and disadvantages in online classes.- Open and Inclusive Educational Resources to Support the Teaching of Mathematics for Visually Impaired Students.- Pedagogical model for teacher training courses: developing teaching competencies for hybrid modality .- Programming in Brazilian Higher Education and High School: A Systematic Literature Review.- Recommendation Systems to aid learning using Artificial Intelligence: A Systematic Review.- Recovering Voices to Build Inclusive Computing: From Accessibility, Gender, and Rights to Education.- Scientific Data Management Plans characteristics in Latin America: mapping using DMPTool.- Sequential Pattern Mining of Students Data: A Case Study with Moodle Log Data.- Simplin: A visual schedule app for people with ASD.- Simulation in Education and Training: From Virtual Reality to Digital Twins.- Strategy for Using Moodle and R in Managing and Systematizing the Teaching Evaluation Surveys in the Engineering School.- Teaching digital humanities at high school level. A literature and special cases review.- The Cognitive Semiotic Profile of Iterative Readers in Pedagogy Students After the Pandemic.- The Platformization of Higher Education in Latin America and Africa.- Use of rubrics in Moodle to assess learning in programming in massive university contexts.- Use of social networks by IFG undergraduate students: gaps that open spaces for a new digital colonization.- Using Artificial Intelligence to guide the Learning Analytics process.

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Book Synopsis.- Modeling and Analysis of the Practical Teaching System Combined with Curriculum, Competition and Innovation in Higher Education..- Artificial Intelligence in K-12 Art Education: A Systematic Review of Applications and Evaluations..- Comparing STEM Teachers’ and Chinese language Teachers’ Perceived Cognitive Load while Learning Online with AI Chatbot, Pre-recorded Videos, and Live Lectures..- Ecopoly: Game-Based Economics Learning Media..- AI Integrated Pedagogical Techniques for Higher Education..- Exploring Student Teachers’ Acceptance Intention of ChatGPT-Assisted Language Teaching: An Integration of the AOI Theory and the TAM Model..- Social Media as a Learning Media in the Basics of Analytical Chemistry Course: Analysis of Student Needs..- Electronic Portfolios in the Last Two Decades: A Retrospective Analysis..- Computational Innovation Techniques Towards Practicing Pedagogues for Modern Higher Education Powered by AI Integration..- How Virtual Reality Can Be Used for Language Learning: A Content Analysis..- Perceptual IoT Networks Assisting in Daily Teaching Management and Decision Making..- AI Content Creation: Exploring the Potential of Mobile Learning..- Challenges of Digital Literacy Development: Perspectives from Student Teachers..- Design of English Teaching Evaluation System Based on Deep Learning Models.

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Book SynopsisIntroduction: Exploring the Intersection of Technology and Education.- Technological Challenges and Opportunities in Education.- E-Learning and Mobile Learning: Harnessing Technology for Personalized Education.- Blended Learning: Integrating Virtual and Physical Classrooms with AI.- Collaborative Learning Environments: Enhancing Collaboration with AI.- Social Media and Web 2.0: Leveraging AI for Social Learning.- Virtual Laboratories and Simulation Tools: Experiential Learning with AI.- Learning Management Systems (LMS) and Managed Learning Environments (MLEs): AI-Driven Solutions for Education.- ICT Skills for Teachers: Preparing Educators for the Digital Age.- Computer-Supported Collaborative Work: Collaboration with AI Tools.- Virtual Learning Environments: Immersive Learning with AI.- Web Technologies for Education: AI-Driven Web-Based Solutions.- Educational Software and Tools: Optimizing Learning Outcomes with AI.- Serious Games and Gamification: Engaging Learners with AI-Driven Games.- 3D Applications and Virtual Reality: Transforming Education with AI and Immersive Tech.- Video-Based Learning: Enhanced Engagement and Personalization with AI.- Conclusion: Future Directions in Tech-Infused Education: Ethical Considerations and Policy Implications.

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Book SynopsisTheme 1: Development of technologies to support education.- Theme 2: Understanding how people learn.- Theme 3: Pedagogical strategies and interventions.- Theme 4: Access, Scale and Sustainability.- Theme 5: Culture and Technology.- Theme 6: Out-of-School Learning, Informal Learning.- Theme 7: Education for Sustainable Development Goals.- Theme 8: Democracy, Technology and Education.

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Book SynopsisPreface.- Chapter 1 Global overview of digital education development.- Chapter 2 Chinas digital education in global landscape.- Appendix I evaluation methodology of global digital education development index.- Appendix II country reports.

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Book Synopsis.- Keynotes..- Empowering teacher agency in the era of Artificial Intelligence: challenges and strategies..- Integrating Generative AI into Research-Based Learning for Undergraduate Students:  Perceptions, Adoption Drivers, and Its Impact on Research Performance..- The 3D-POD Model for AI-Driven Institutional Transformation and Graduate  Employment Readiness in Thailand in Digital Era..- Leveraging Artificial Intelligence for Enhanced Language Teaching and Learning in Higher Education..- AI and Robotics in Education..- University Students’ Perceptions of Using Generative Artificial Intelligence in Digital Storytelling Creation: Cognition, Willingness, and Concerns..- Enhancing Psychological Safety in Online Learning Environment with Generative AI..- Exploring Sustainable Determinants to the Continuance Intention of Generative AI in Education..- A Humanoid Robot-assisted Collaborative Programming Approach to Enhancing Middle ..- School Students' Computational Thinking, Learning Motivation and Interaction..- Innovative Teaching Methods in Blended Learning..- Learning Programming by Making Games: Design and Development of MetaDream..- Promoting Preschool Second Language Vocabulary Learning through a DVR Educational Game..- Enhancing Database Course Experiments with Cyber Ranges: A New Approach in Educational Practice..- Designing a Workshop to Develop Azerbaijani Teachers’ Thinking Skills Instruction through ChatGPT..- Pedagogical Strategies and Student Engagement..- Effects of E-learning Acceptance on Academic Performance and E-Learning Satisfaction Among College Students in a Blended Learning Context..- The Effectiveness of Blended Learning and a Future Vision of Optimal Learning, as Observed from Data Collected from Approximately 3,000 Adults Enrolled in Corporate Language Learning Courses at Japanese Companies..- Enhance Learner Engagement through Experiential Learning in a Gamified Simulation: A Longitudinal Study..- Design Human-machine Collaborative Learning Activities for Enhancing Primary School Students’ English Listening and Speaking Ability..- Evaluation and Feedback in Blended Learning..- An Analysis of Evaluation Practices in Agile Learning and Blended Learning..- Implementation of Agile-Blended Learning: A Case Study of Course Design on Translation Technology..- Study on the Effect of Peer Feedback on Learning Outcomes in Rotational Synchronous Classrooms..- Evaluating the Effectiveness of VR Safety Training Programmes in Hong Kong's Construction Industry..- Data-Driven Learning Analytics and Context-Aware Systems..- Fine-tuned BERT Model for Sentiment Classification of Chinese MOOCs..- Context-Aware Multi-Label Classification for Collaborative Problem Solving Dialogue Analysis..- Exploring Engineering Undergraduate’s Critical Thinking Patterns in AI-Enhanced Learning: A TCSA Method..- A Semi-Automatic Robotic-Assisted Software Program to Support Upper Limb Muscle Therapy in Children with Cerebral Palsy.

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Book SynopsisChapter 1 Theoretical Foundations in Digital Learning.- Chapter 2 Future Learning with Intelligence.- Chapter 3 AR, MR, and VR-based Learning and Training.- Chapter 4 Blended, Flipped and Hybrid Learning and Training.- Chapter 5 Application of Social robots in Digital Learning.- Chapter 6 Innovative Curriculum Design and Instructional Strategy Development.

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Book SynopsisPreface.- Reading Guidelines of This Handbook.- Background material necessary for the effective use of this book.- Topic 1 Personalized Tutoring through Conversational Agents.- Topic 2 Robotics in STEM Education.- Topic 3 Robotics-Oriented Programming.- Topic 4 Language Learning with Social Robots.- Topic 5 Teaching with Robotics in Classrooms.- Topic 6 Robot-assisted Special Education.- Topic 7 Robot-Based Cognitive Training for the Senior People with Special Needs.- Postscript.

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Book SynopsisOverview.- Characteristics and Development Considerations of Regional Smart Education Construction.- Smart Learning Environment.- Building a Digital Foundation for Education to Promote the Digital Transformation of the Entire Region.- Construction and Practice of the "Internet+" Smart Mental Education System in Schools- Consolidating the Digital Foundation to Strengthen Public Support for Education.- Constructing Local Smart Education Platforms to Expand Application Scenarios for New Digital Education Spaces.- Constructing a Cloud Computing-Supported Digital Learning Space.- The Squirrel AI Adaptive Learning System Accompanying Millions of Children in Their Growth.- Human-Machine Collaboration" for Precise Learning to Drive Balanced and High-Quality Development of Education.- Pervasive Multi-modal Interactive Practical Training and Evaluation System.- Construction of Smart Campuses and Network.- Construction of Smart Education and Teaching Platforms.- A New Model of Education and Teaching.- Using Artificial Intelligence to Build a New Form of Education for Building a Sense of Community among the Chinese People.- New Modes of Virtual Experimentation and New Transformations in Smart Education.- Inquiry and Practice of Regional VR Teaching under the Background of Digital Transformation.- Innovative Practice of Smart Reading Education across All Subjects.- Exploring a New Model for Popularizing the Construction and Application of "Smart Classrooms" in the Region.- Development and Practice of a Scientific and Innovative Curriculum System Oriented towards Regional Popularization and Characteristic Development.- Construction Practice of an Artificial Intelligence Education System for Youth in Fuzhou City.- Exploration and Practice of Precision Teaching Models Based on Big Data under the Background of "Double Reduction".- Constructing a New "Yuzhong Model" of Teaching and Learning with District-School Integration.- Exploration and Practice of Smart Calligraphy Education.- An Overall Solution for Personalized Teaching Based on the 3C Model.- Smart Classroom Teaching and Dual-Teacher Classrooms.- Data-Driven Classroom Teaching.- Teaching Platform and Digital Tool Application.- Empowering High-Quality Development of Sports Qualities and Physical Health of Primary and Secondary School Students in the Region through Digitalization.- Research and Application of Personalized "Digital Teachers" for Lifelong Learning.- Research on Intelligent Technology Empowering Cross-Disciplinary Micro-Project-Based Learning in Middle School Mathematics.- Promoting the Simultaneous Development of Five Aspects of Education, with Typical Scenarios Unleashing the Potential of Digital Resources.- AI Empowering the Improvement and Efficiency of National Common Language Teaching in Border Areas.- Exploring a New Model of Digital Learning.- Unified Construction, Sharing, and Innovative Application of Smart Education Platform.- Smart Homework Management.- Practical Applications of Teaching Platforms and Digital Tools.- Teacher Professional Development.- The New Ecology of "Smart Education and Learning" - Promoting Quality and Balanced Development through Integrated Regional Research and Training.- Boosting Teachers' Professional Development through Large-Scale Classroom AI Analysis.- AI-Driven High-Quality and Integrated Development of Teacher Teams.- Constructing an Intelligent Teacher Workforce through Digital Means.- Empowering High-Quality Development of Rural Teacher Teams through Smart Education.- Iterative Upgrades in Haidian's Educational Research from the Perspective of Smart Campuses.- Smart Education Evaluation.- Promoting Reform through Integration.- Enhancing the Level of Comprehensive Quality Evaluation through Digitalization.- Vibrant Educational Practices Based on High-Quality Digital Assignments.- Brief Introduction to Partial Practices in Smart Educational Evaluation.- Digital Governance of Education.- Smart Equipment Management: Installing the "Smart Engine" for Educational Modernization.- Construction of the Smart Education Brain.- Artificial Intelligence Boosting the Overall Governance Efficiency of Education.- Promoting Digital Governance Transformation Relying on the Smart Education Brain.- Realization Path of Integration and Big Data Services for Haidian Smart Education Platform.- Aggregating Data Intelligence to Benefit Student Enrollment and Wellbeing.- Data Empowerment: Constructing a New Model of Smart Governance in Regional Education.- Regional Practice of Constructing a Dual-Cycle System of Five-Dimensional Education Integration for Governance and Services.- Partial Practice of Educational Governance.- Digital Transformation of Regional Education.- Comprehensively Promoting Educational Digitalization to Boost High-Quality Development in Jinshui Education.- Smart Education Boosting the Quality and Balanced Development of Compulsory Education.- Leveraging the "Four Major Projects" to Assist in the Digital Transformation of Regional Education.- Exploration in Empowering High-Quality Development of Basic Education with Intelligence.- Hunan Xiangjiang New Area Deeply Promoting the Digital Transformation of Education.- Advancing the Overall Digital Transformation of Regional Education with the "Foundation + Ecosystem" Approach.- Advancing the Digital Transformation and Development of Wuhan Education Through Digital Innovation.- Qingdao Model of Educational Digitalization: Assisting Learning, Teaching, Research, Administration, and Evaluation.- Promoting the Digital Transformation of Regional Education to Cultivate Future-Oriented Innovative Talents.- 2023 Research Report on the Development of the Education Metaverse.- New Ecosystem of Regional Smart Education.- Partial Practice of Educational Digitalization.- Conclusion.- Effectiveness in Regional Smart Education Development.

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Book SynopsisOverview.- Accelerating the Digital Transformation of Education to Promote High-Quality School Development.- Smart Campus Construction.- Creating the Most Professional Smart Campus Office Software Nationwide.- Construction and Application of Smart Campuses under the Background of Digital Transformation.- F5G All-Optical Network Enabling the Innovative Development of Smart Education.- Digital Intelligence Command Center for Future Children: Empowering High-Quality Development of Kindergartens.- "Digital Intelligence" Empowering Educational Management, Focusing on High-Quality Construction of Smart Campuses.- Wenzhou University's "Employment Exchange" Application Accurately Boosts College Students' Employment.- Digital Campus Construction Practice in the Context of Digital Transformation of Education.- Practice of Smart Campus Construction.- Innovative Applications of Teaching and Learning.- Analysis of the Blended Online and Offline Smart Classroom Teaching Path in the Post-Pandemic Era.- The Development of Science and Technology Micro-courses With the Support of Information Technology Realizes Students' In-depth Learning.- "Internet+" Empowers Teaching Reform.- Research on the Strategy of Integrating Online and Offline Education to Improve Students' Learning Effectiveness.- A Practical Case of the Integration of Labor Curriculum and Information Technology in Primary Schools under the Concept of "Life is Education".- Diverse Verification, contact Transfer, and Development of Students' Spatial Concepts.- Research on Intelligent Experimental Teaching Mode.- The Application of Smartphone APP to the Practice of Geography Teaching in Secondary Schools.- Driven by Digital Intelligence, Building a Smart Classroom with Liberal Arts Characteristics.- Smart Sports Make Every Student Bloom with the Vitality of Life.- Construct the "3F" Curriculum and Innovate the Holistic Education Model.- Multi-class Mix-and-match, the Path of Classroom Transformation under Digital Transformation.- The Application Scenario of Big Data in All-round Education and Teaching Management.- Create Intelligence with Wisdom and Explore Innovative Practices for the Digital and Intelligent Transformation of Primary Education.- Curriculum Reform Leads to Changes in School Education.- The Development and Practice of Youth Internet Literacy Curriculum under Experimental Strategies.- Interdisciplinary Teaching Based on "Problem and Collaboration" with the Support of Information Technology.- Case Study of Smart Education Implementation Based on the Integration of "Teaching-Learning-Evaluation".- Theoretical Design and Practical Application of Core Elements of Blended Teaching Model in the Post-Pandemic Era.- Innovative Application of Teaching and Learning: Dual-Teacher Classroom.- Innovative Application of Teaching and Learning: Smart Classroom.- Teaching and Learning Innovative Application Practice.- Innovative Application of Teaching and Learning: STEAM Education.- Innovative Application of Teaching and Learning: Special Education.- Innovative Application of Teaching and Learning: Teaching Chinese Reading.- Innovative Application of Teaching and Learning: Technology-Empowered Teaching.- Innovative Application of Teaching and Learning: Data-Driven Teaching.- Innovative Application of Teaching and Learning: Artificial Intelligence-empowered Teaching.- Innovative Application of Teaching and Learning: Innovative Practice.- Construction and Application of Digital Platforms, Resources, and Tools.- Revolutionizing Reading with Smart Reading Platform.- Research on the Co-construction and Sharing of Smart Operation Resources Supported by Big Data.- Open a New Ecology of Digital Reading and Create a Modern Scholarly Campus.- National Smart Learning Platform Supports Project-based Learning, Activates After-school Activity.- From Generative Models to Personalized Education Scenarios.- Construction and Application of Digital Platforms, Resources, and Tools: National Smart Education Platform.- Construction and Application of Digital Platforms, Resources, and Tools: Digital Platforms.- Construction and Application of Digital Platforms, Resources, and Tools: Resources and Tools.- Teacher Professional Development.- Smart Teaching and Research.- Two teachers and four synchronizations: a new teaching and research model based on information intelligent education platform.- Practical Exploration of Smart Teaching to Empower Rural Normal Students to Improve Their Digital Literacy.- The Concept of Smart Teacher Training Leads the Portrait of Big Data.- Smart Platform Empowering Teachers' Professional Development.- Data-driven Teachers' Professional Development.- Smart Education and Teaching Evaluation.- Digital Portraits Make Each Student's Growth Visible.- Research on the Reform of Students' Comprehensive Quality Evaluation.- The Digital Portrait Helps Students Develop In an All-round Way.- Effective Methods and Practices for the Evaluation of Students' Comprehensive Quality.- Practice of Smart Education Teaching Evaluation: Comprehensive Evaluation.- Practice of Smart Education Teaching Evaluation: Big Data Empowerment Evaluation.- Digital Empowerment Education System.- Digitally Empowered Courses.- The School and the Enterprise Jointly Build a Dual E+ Collaborative Education Platform.- Establish a Digital Future Center to Cultivate High-level Talents in New Business.- Research on the Cultivation of Middle School Students' Spirit of Exploration and Innovation Ability in the Context of the New Curriculum.- Digital Technology Empowers Weak Schools to Improve the Quality of Education.- Large-scale Rural Revitalization Based on Education Digitalization and Local Talent Training Practice.- Digital Empowerment Education System: Comprehensive Education.- Digital Empowerment Education System: AI + Smart Education.- Digital Education Ecology for Schools.- Adapt to Changes and Seek Breakthroughs, and Transform "Digital" and "Intelligent" to Help Development.- Shaping the "Future" of Teachers and Teaching for the Future.- Build a New Ecology of Smart Education with High-quality Development through Digitalization.- Shouguang City Empowers the High-quality Development of Education with the Digital Transformation of Education.- Innovation and Practice of VR+ Ecological Civilization Education.- School's Digital Education Ecosystem: The Practice of Digital Transformation.- School's Digital Education Ecology: The Practice of Smart Education.- Summary.- Smart-led, Digital-driven: A summary of China's experience in the digital transformation of schools empowered by smart education.

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Book SynopsisEmerging AI Technologies, Methods, Systems, and Infrastructure.- Innovative Practices of Teaching and Assessment Driven by AI and Education Technologies.- Curriculum, Teacher Professional Development and Policy for AI in Education.- Issues and Discussions on AI In Education and Future Development.

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