Swades De

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About

Swades De is a leading researcher in wireless communication and networking, with a primary focus on energy-efficient and sustainable network architectures. His work addresses critical challenges in power-constrained systems, particularly in the domain of Internet of Things (IoT) and sensor networks. De’s major contribution lies in pioneering the concept of integrated recharging and data collection for pollution sensor networks, as demonstrated in his highly cited 2013 paper (11 citations). This work proposes using radio frequency energy transfer to maintain uninterrupted operation of power-hungry pollution sensors, a breakthrough that enables long-term, autonomous environmental monitoring without battery replacement. He also explores smart communications for autonomous systems in next-generation network technologies, contributing to the evolution of intelligent, self-sustaining communication infrastructures. With a career spanning over a decade, De’s research has laid foundational principles for green networking, directly impacting the design of scalable, low-maintenance sensor networks. His work is particularly notable for bridging theoretical feasibility with practical implementation, making him a key figure in advancing sustainable wireless systems for environmental and industrial applications.