Haiyang Deng

Papers

Total Citations

H-Index

About

Haiyang Deng’s research focuses on advancing human-robot interaction, particularly through intuitive teleoperation systems for mobile manipulators. His key contributions lie in developing motion mapping algorithms that bridge the gap between heterogeneous master-slave robotic structures—where the operator’s interface differs from the robot’s physical design—to enable seamless, natural control. His most cited work, “Research on Intuitive Tele-operation Motion Mapping Algorithm for Omnidirectional Mobile Heterogeneous Slave Arm System” (2020), addresses the challenge of universal human-robot interfaces while preserving the specialized environmental interaction of slave robots. This paper has garnered 3 citations, reflecting its niche but foundational role in teleoperation research. Deng’s work is notable for tackling the practical complexities of omnidirectional mobile platforms paired with robotic arms, a configuration critical for applications in hazardous environments or remote surgery. By prioritizing intuitive mapping, he enhances operator efficiency and reduces cognitive load, making strides toward more accessible and effective teleoperation systems. His research contributes to the broader goal of creating adaptive, user-friendly robotic interfaces, positioning him as a thoughtful engineer in the field of robotics and human-machine collaboration.