1984-adaptive-control-of-mechanical-impedance-by-coactivation-of-antagonist-muscles
1984-adaptive-control-of-mechanical-impedance-by-coactivation-of-antagonist-muscles
Media Category: Publication Files
Publication PDF files
1985-the-mechanics-of-multi-joint-posture-and-movement-control
1985-the-mechanics-of-multi-joint-posture-and-movement-control
1985-the-coordination-of-arm-movements-an experimentally-confirmed-mathematical-model
1985-the-coordination-of-arm-movements-an experimentally-confirmed-mathematical-model
1985-neural-mechanical-and-geometric-factors-subserving-arm-posture-in-humans
1985-neural-mechanical-and-geometric-factors-subserving-arm-posture-in-humans
1985-impedance-control-an-approach-to-manipulation-part-I-theory
1985-impedance-control-an-approach-to-manipulation-part-I-theory
1985-impedance-control-an-approach-to-manipulation-part-II-implementation
1985-impedance-control-an-approach-to-manipulation-part-II-implementation
1985-impedance-control-an-approach-to-manipulation-part-III-applications
1985-impedance-control-an-approach-to-manipulation-part-III-applications
1985-control-strategies-for-complex-movements-derived-from-physical-systems-theory
1985-control-strategies-for-complex-movements-derived-from-physical-systems-theory
Park, S.W., Marino, H., Charles, S. Sternad, D., & Hogan, N. (2017). Moving slowly is hard for humans: Limitations of dynamic primitives. Journal of Neurophysiology, 118(1), 69-83.
Park, S.W., Marino, H., Charles, S. Sternad, D., & Hogan, N. (2017). Moving slowly is hard for humans: Limitations of dynamic primitives. Journal of Neurophysiology, 118(1), 69-83.
2015-a-novel-interactive-exoskeletal-robot-for-overground-locomotion-studies-in-rats
2015-a-novel-interactive-exoskeletal-robot-for-overground-locomotion-studies-in-rats