The Co-ordination and Regulation of Movements

action activity afferent analysis apparatus appears basic biodynamic biological biomechanical body brain Braune and Fischer CALIFORNIA/SANTA CRUZ central nervous system centre of gravity changes characteristics co-ordination coded complex components conditioned reflexes correspondence cortex CRUZ The University curves degrees of freedom described determined direction discussed distal dynamic ecphoria effector impulses elements engrams entire example exist experimental extremely fact formulation frequency function given hypothesis intervals investigation kinematic chains limbs locomotion locomotor longitudinal means ment metric morphogenesis motor acts motor problem movements muscle muscular necessary object observed obtained operation organism particular perception periphery phenomena physiology position possible present principle processes proprioceptive qualitatively receptors regulation relationship representation result retina sensory signal simplicity structure synapses techniques thigh tion tonus topological University Library UNIVERSITY UNIVERSITY OF CALIFORNIA/SANTA variable variations velocity vertical walking whole