Dimitre Tomov
Papers
1
Total Citations
8
H-Index
1
About
Dimitre Tomov is a researcher whose work bridges computational motor control and human movement science. His primary research areas include motor planning, biomechanics, and the neural strategies underlying adaptive movement. Tomov’s most cited paper, “Influence of Viscous Loads on Motor Planning” (2007, 8 citations), investigates how external forces—specifically viscous loads—reshape predictions made by two influential models of movement planning: the minimum torque change hypothesis and the minimum endpoint variance hypothesis. By computationally modeling how people adapt their arm trajectories after just minutes of training in a robot-generated viscous force field, Tomov provided key insights into the interplay between mechanical constraints and motor optimization. This work contributes to our understanding of how the central nervous system plans movements under varying physical conditions, with implications for rehabilitation robotics and human-robot interaction. Though his citation count is modest, Tomov’s research offers foundational contributions to the study of motor adaptation and computational motor control, making him a thoughtful voice in the field of human movement neuroscience.
Research Focus
Key Achievements
Top Papers
- 1Influence of Viscous Loads on Motor Planning8 citations · 2007