09222011 - OPEN LOOP B CLOSED LOOP SENSORY FEEDBACK SYSTEMS...

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Performance and Motor Control Characteristics of Functional Skills
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SPEED-ACCURACY SKILLS SPEED-ACCURACY TRADE-OFF FITTS’ LAW MT (MVT) = a + b log 2 (2D/W)
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SPEED-ACCURACY PERFORMANCE TWO STAGES: 1. OPEN-LOOP TRANSPORT 2. CLOSED LOOP TERMINATION
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TOTE FEEDBACK TEST OPERATE INPUT EXIT + -
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NESTED TOTES TEST INPUT EXIT + - FEEDBACK TEST OPERATE INPUT EXIT + -
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SEQUENTIAL TOTES TEST OPERATE INPUT EXIT + - FEEDBACK TEST OPERATE INPUT EXIT + -
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PREHENSION 1. TRANSPORT 2. GRASP 3. MANIPULATION
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MODELS OF CONTROL A. OPEN LOOP B. CLOSED LOOP
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SENSORY FEEDBACK SYSTEMS A. VISION A. PROPRIOCEPTION C. TOUCH A. TWO OF THE ABOVE B. ALL THREE
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HANDWRITING 1. MOTOR EQUIVALENCE 2. GENERALIZED MOTOR PROGRAM
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MODELS OF CONTROL A.
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Unformatted text preview: OPEN LOOP B. CLOSED LOOP SENSORY FEEDBACK SYSTEMS A. VISION A. PROPRIOCEPTION C. TOUCH A. TWO OF THE ABOVE B. ALL THREE BIMANUAL COORDINATION 1. SYMMETRY 2. SYNCHRONY MODELS OF CONTROL A. OPEN LOOP B. CLOSED LOOP SENSORY FEEDBACK SYSTEMS A. VISION A. PROPRIOCEPTION C. TOUCH A. TWO OF THE ABOVE B. ALL THREE GAIT (LOCOMOTION) 1. CENTRAL PATTERN GENERATORS 2. RHYTHM 1. HEAD STABILITY 2. GAIT TRANSITIONS MODELS OF CONTROL A. OPEN LOOP B. CLOSED LOOP SENSORY FEEDBACK SYSTEMS A. VISION A. PROPRIOCEPTION C. TOUCH A. TWO OF THE ABOVE B. ALL THREE For Next Class ACTION PREPARATION CHAPTER 8...
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This note was uploaded on 09/28/2011 for the course KIN 315 taught by Professor Abraham during the Spring '08 term at University of Texas.

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09222011 - OPEN LOOP B CLOSED LOOP SENSORY FEEDBACK SYSTEMS...

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