Fanyu Kong

Papers

Total Citations

H-Index

About

Fanyu Kong is a leading researcher in wireless power transfer and mobile charging systems, with a focus on optimizing energy delivery for rechargeable devices. His most-cited work, “Optimizing Itinerary Selection and Charging Association for Mobile Chargers” (2016, 60 citations), addresses a critical challenge in the Internet of Things (IoT) and sensor networks: how to efficiently deploy mobile chargers—such as vehicles, robots, or drones—to replenish energy-hungry devices. Kong’s contributions lie in developing algorithms that jointly optimize charger itineraries and device-charger associations, significantly improving energy coverage and reducing operational costs. This work has been foundational for subsequent studies on mobile energy replenishment, influencing both theoretical frameworks and practical deployments. Beyond this, Kong’s research spans network optimization, resource allocation, and sustainable computing, with his papers collectively cited over 200 times. His achievements include advancing the understanding of trade-offs between charging efficiency and system scalability, making him a key figure in the evolution of wireless-powered networks. For students and researchers, Kong’s work offers a clear entry point into the design of intelligent, energy-autonomous systems.