Description
Approx.242 pages- Translates the principles of motor control to improve sensorimotor outcomes in patients- Reviews coordination topics including locomotor coordination, visual perception and head stability- Explores movement analysis knowledge in rehabilitative tools
Table of Contents
Section A – Action perception coupling1. The equilibrium-point hypothesis: A major framework for the understanding of action and perceptionAnatol G. Feldman2. Synergic control of movement: From single muscles to the whole bodyMark Latash3. Can nonlinear analysis of movement patterns reveal the status of the musculoskeletal system?Sergio T. Fonseca, Thales R. Souza, Mariana R.C. Aquino, Camila G.M. Castor, Renatha Carvalho, Priscila A. Arau´ jo, Thiago R.T. Santos, Liria A. Okai-Nobrega, Renan A. Resende, and Juliana M. Ocarino4. Toward a neural theory of goal-directed reaching movementsGregor Schöner, Lukas Bildheim, and Lei ZhangSection B – Coordination5. The Perception-Action Coupling in Collective DynamicsWilliam H. Warren6. Locomotor Coordination, Visual Perception and Head StabilityRichard Van Emmerik, C. Dane Napoli, Samuel R. Zeff, and Joseph Hamill7. Computational joint action: From emergent coordination to artificial partnersCecilia De Vicariis, Laura Bandini, Vinil T. Chackochan, and Vittorio SanguinetiSection C – Translation of motor learning principles and rules of interaction8. High-fidelity interfacing for bionic rehabilitationIvan Vujaklija9. Exploring to learn synergies and its applications in injuries affecting the upper limbRaoul M. Bongers10. Translating movement analysis knowledge in rehabilitative toolsMaurizio PetrarcaSection D – Goal-oriented action11. Translation of principles of motor control to improve sensorimotor outcomes following brain injuryMindy F. Levin12. Goal-Oriented Action: New Perspectives with Special Emphasis on NeurorehabilitationCarolee J. Winstein
