Dong-Tao Ma
Papers
2
Total Citations
5
H-Index
2
About
Dong-Tao Ma is a researcher advancing the frontiers of robotic teleoperation and space robotics, with a focus on enhancing human-machine interaction through precise haptic feedback. His work addresses critical challenges in enabling operators to accurately perceive and respond to forces in remote environments, a key requirement for applications ranging from surgical robotics to extraterrestrial exploration. Ma’s 2022 study on haptic feedback accuracy, which has garnered 3 citations, introduces novel self-made haptic devices and interfaces to quantify and improve the fidelity of force transmission in teleoperation systems—a foundational step toward more intuitive and reliable remote control. Additionally, his 2021 design of a semi-physical simulation and testing system for space robot operating platforms (2 citations) tackles the high costs and risks of real-world testing by creating a hybrid environment that combines physical components with virtual simulations. This innovation enables safer, more efficient development of control algorithms for complex space missions. Ma’s contributions are particularly notable for bridging theoretical haptics with practical engineering, offering scalable solutions that reduce development cycles while enhancing operational precision. His work continues to inspire researchers in haptics, robotics, and aerospace engineering, demonstrating how targeted experimental evaluations can drive progress in high-stakes teleoperation.
Research Focus
Key Achievements
Top Papers
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- 2