Charles Rajesh Kumar J.

Charles Rajesh Kumar James Paulraj received the Bachelor of Engineering degree in Electronics & Instrumentation Engineering from the Madurai Kamaraj University, India, the Master of Engineering degree in Electronics & Communication Engineering from Anna University, India, and Master of Business Administration degree in Financial Management from the Indira Gandhi National University, India. He was bestowed the Gold medal for excellence in Master of Engineering degree by Anna University in 2008. He has been a faculty member of Engineering at various Universities of repute in India and abroad. He serves as a reviewer and published many research articles in peer-reviewed journals in the Web of Science, Science Citation Index, and Scopus databases. His current research involves VLSI design, System on Chip (SoC), Network on Chip (NoC), Embedded Systems, Wireless sensor networks, Artificial intelligence, Machine Learning, Robotics, Video coding, Image processing, IoT and Renewable energy.

Publications

Energy-Efficient and High-Performance IoT-Based WSN Architecture for Precision Agriculture Monitoring Using Machine Learning Techniques
Energy-Efficient and High-Performance IoT-Based WSN Architecture for Precision Agriculture Monitoring Using Machine Learning Techniques
Charles Rajesh Kumar J., M. A. Majid. © 2023. 25 pages.
Traditional irrigation systems for agricultural lands are expensive, time-consuming, and labor-intensive. Utilizing cutting-edge technology like machine learning, the internet of...
Energy-Efficient IoT-Based Wireless Sensor Network Framework for Detecting Symptomatic and Asymptomatic COVID-19 Patients Using a Fuzzy Logic Approach
Energy-Efficient IoT-Based Wireless Sensor Network Framework for Detecting Symptomatic and Asymptomatic COVID-19 Patients Using a Fuzzy Logic Approach
Charles Rajesh Kumar J., Mary Arunsi B., M. A. Majid. © 2023. 27 pages.
Internet of things enabled wireless sensor networks using fuzzy logic approach is used to collect health metrics of individuals, make real-time analyses, and make efficient...