Description
Book SynopsisCloud computing solutions have been gaining traction in the commercial world due to their capacity to provide on-demand access to resources, govern the software environment, and augment existing systems. As a result, universities around the world have included cloud computing and related technologies in their curricula, and information technology organisations are speeding up their skill-set evolution in order to better prepare for emerging cloud technologies and public expectations, such as new services. The primary goal of this book is to present the most up-to-date information about cloud computing technologies and applications. This book provides a detailed introduction of the research fields, recent work, and open research questions in the emerging field of cloud computing. Also, the present book will look for potential research areas and technologies that will make it easier to build a global market for cloud computing services that support scientific, industrial, business, and consumer applications. The benefits associated with cloud computing are enormous, and for rapid development, there is a massive requirement of research and development in this field. CLOUD COMPUTING INFRASTRUCTURE FOR ENABLING FUTURE TECHNOLOGY ADVANCEMENT aims to make readers and researchers understand the internals of cloud computing and how cloud technology can be used for enabling future technology development.
Table of ContentsAcknowledgement; Book Description; Acronyms; A Novel Authentication Technique for Cloud Data Storage Security; Privacy Preservation in Cloud Platform Using Fully Homomorphic Encryption Techniques; Improving the Scalability of Blockchain Powered IoT Networks Using Improved Fuzzy Stellar Consensus Protocol; Cloud Computing Infrastructure for Education System Development; Effective Cloud Computing Features: AWS; Generation of Power from Waste Using Thermo-Electric Generators; Analysis and Visualization of Cloud Data in Agriculture Using Supervised Learning; Recent Challenges and Future Research Scope in Smart Healthcare Using a Blockchain-Based IoT Environment: A Systematic Analysis; Basics of Trellis Coded Modulation (TCM) Encoding for the IoT Key Enabler; A Neural Network-Based Workload Prediction Mock-Up for Data Centers; A Technique for Properly Secured Sharing of Health Records in the Cloud; About the Editors; List of Contributors; Index.
