Futuristic Communication and Network Technologies

This book presents select proceedings of the Virtual International Conference on Futuristic Communication and Network Technologies (VICFCNT 2021). It covers various domains in communication engineering and networking technologies. This volume comprises recent research in areas like cyber-physical systems, acoustics, speech & video signal Processing, and the Internet of Things. This book is a collated work of academicians, researchers, and industry personnel from the international arena. This book will be useful for researchers, professionals, and engineers working in the core areas of electronics and communication.

Presents select proceedings of VICFCNT 2021 Covers various domains in communication engineering and networking technologies Discusses various topics such as optical communication, optical networks, optics, and optical computing

Autorentext

N. Subhashini is an Associate Professor in the School of Electronics Engineering, Vellore Institute of Technology, Chennai. She has over 16 years of teaching and research experience. She received her B.E. degree from the University of Madras and a Master s degree from the College of Engineering, India. She has several research papers published in reputed peer-reviewed journals and conferences. Her research interests include optical metro/access networks, FTTx technologies, Next Generation architectures and services, optical fiber technology, WDM systems, network, and information security.

Morris Ezra received his B.E. degree from Bharathiar University, his M.E. degree from Anna University, and his Ph.D. degree from Multimedia University, Malaysia. He started his career with the Karunya Institute of Technology as a lecturer in 1993 before moving to Malaysia in 1998. Prof. Ezra has over 23 years of experience in the academic field. He has secured national and international research grants worth more than RM 1 million. He is actively involved in supervising undergraduate and postgraduate students. His research areas include digital signal processing, wireless ad-hoc networks, mobile communication, optimization using PSO, and GA/IGA. He has published over 40 papers in international journals, conferences, and co-authored book chapters.

Shien-Kuei Liaw received double Ph.D. degrees from National Chiao-Tung University in photonics engineering and National Taiwan University in mechanical engineering. He joined the faculty of Taiwan Tech (also known as NTUST) in 2000. Currently, Prof. Liaw is Chairman of the Department of Electronics and Computer Engineering and the Graduate Institute of Electro-Optical Engineering, NTUST. Besides inventing 40 patents, he authored and co-authored more than 280 journal articles and international conference presentations in optical communication, fiber sensing, and optical devices. Prof. Liaw was an academic visitor to the University of Oxford and the University of Cambridge in 2011 and 2018, respectively. He gave presentations as a keynote speaker or an invited speaker at many conferences. He also served as a guest editor for several textbooks. Prof. Liaw was President of the Optical Society (OSA), Taiwan Section, and Secretary-General of the Taiwan Photonics Society. Prof. Liaw is a senior member of IEEE and OSA.

Inhalt
Modern Approaches for the Human Activity Detection and Recognition Using Various Image Processing Methods: A Review.- A Study of Covid-19 And Its Detection Methods Using Imaging Techniques.- Numerical Evaluation of 3D Printable Patch Antenna for Wearable Applications.- Ensuring Location Privacy in Crowdsensing System using Blockchain.- Energy Efficient Arithmetic State Machine Based Routing Algorithm in Cognitive Wireless Sensor Network.- Design of Modified V-shaped Slot-loaded on Substrate Integrated Waveguide Antenna for Smart Healthcare Applications.- A Review on Deep Learning Algorithms for Diagnosis and Classification of Brain Tumor.- Fuzzy Enhanced Optimization Algorithm for Blockchain Mining.- Power Quality Improvement using Luo Converter Coupled Multilevel Inverter based Unified Power Flow Controller for Optimized Time Response.- Performance Analysis of Fiber-Optic DWDM System.- Comparison Energy Efficiency and Spectral Efficiency in Beamspace MIMO and Beamspace MIMO-NOMA System Model.