Changshuo Ge
Papers
2
Total Citations
12
H-Index
2
About
Changshuo Ge is pioneering sustainable human-computer interaction through self-powered sensing systems. His research focuses on gesture recognition technologies that eliminate traditional battery dependencies, addressing critical challenges in industrial HCI and robotic manipulation. Ge’s most notable contribution is SolarSense (2024, 8 citations), a groundbreaking self-powered gesture recognition system that repurposes solar cell arrays for both energy harvesting and sensing. This innovation enables continuous, maintenance-free operation in industrial environments where traditional camera or glove-based systems fail due to lighting constraints or user-specific requirements. Building on this foundation, PowerGest (2024, 4 citations) extends self-powered gesture recognition to command input and robotic control, demonstrating practical applications in manufacturing and automation. Ge’s work directly addresses the environmental and logistical limitations of conventional gesture recognition—such as battery replacement, occlusion, and calibration needs—by leveraging ambient light as both power source and sensing medium. His research represents a significant step toward truly ubiquitous, sustainable HCI systems that can operate indefinitely without external power, making him a rising leader in energy-autonomous interactive technologies for industrial and assistive robotics.
Research Focus
Key Achievements
Top Papers
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- 2