Papers
27
Total Citations
573
H-Index
10
About
Dmitry Popov is a robotics researcher whose work spans mechanical actuation systems, wearable assistive technologies, and human-robot collaboration. He is perhaps best known for his foundational contributions to twisted string actuation (TSA) systems, having developed and experimentally validated improved mathematical models that significantly outperformed conventional approaches — work that has accumulated over 150 citations and helped establish TSA as a viable compact transmission technology for robotics. His subsequent research on passively variable and adjustable TSA-based transmissions further extended this framework, offering practical solutions for applications ranging from prosthetics to mobile robots. Popov has also made meaningful contributions to wearable robotics, co-authoring a highly cited study (152 citations) examining how physical interface dynamics affect power transmission in robotic exosuits — critical insights for optimizing assistive devices for individuals with disabilities and healthy users alike. In parallel, his work on collaborative robotics addresses pressing safety challenges, developing real-time algorithms for collision detection, contact force estimation, and localization using joint torque sensors. His programming-by-demonstration research further reflects a commitment to making industrial robots more intuitive and energy-efficient. Across these diverse threads, Popov's research consistently bridges rigorous mathematical modeling with practical experimental validation, making him a versatile and impactful figure in modern robotics.
Research Focus
Key Achievements
Top Papers
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- 8Real-Time Estimation of Multiple Potential Contact Locations and Forces13 citations · 2021
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