Yen-Hsun Wu
Papers
1
Total Citations
51
H-Index
1
About
Yen-Hsun Wu is a leading researcher in motor control and human movement science, with a focus on the principles of redundancy and equifinality in multi-joint systems. His most cited work, "Equifinality and Its Violations in a Redundant System: Control With Referent Configurations in a Multi-Joint Positional Task" (2014, 51 citations), makes a critical contribution by experimentally demonstrating that while a task-level goal may remain stable (equifinality), the underlying elemental variables—such as joint angles—can exhibit violations of equifinality. Using a robotic apparatus to apply bias forces, Wu and his team revealed how the nervous system leverages referent configurations to manage redundancy, offering profound insights into the hierarchical control of movement. This work bridges theoretical frameworks and empirical testing, advancing our understanding of how the brain coordinates complex, redundant motor systems. Wu’s research is highly influential among students and researchers in biomechanics and neuroscience, as it challenges simplistic views of motor equivalence and provides a robust experimental paradigm for studying control strategies in human movement.
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Top Papers
- 1