Entropy conservation in the control of human action.
The human motor system is highly adaptable with the ability to adjust its movement patterns under constantly changing task and environmental constraints. In this paper we develop the position that the probabilistic nature of human action can be characterized by entropies at the level of the organism, task, and environment. Systematic changes in motor adaptation are characterized as task-organism and environment-organism tradeoffs in entropy. Such compensatory adaptations lead to a view of goal-directed motor control as the product of an underlying conservation of entropy across the task-organism-environment system. The conservation of entropy supports the view that context dependent adaptations in human goal-directed action are guided fundamentally by natural law and provides a novel means of examining human motor behavior.
Hong
S Lee
SL
Louisiana State University, 112 H.P. Long Fieldhouse, Baton Rouge, LA 70803, USA. shong1@lsu.edu
Newell
Karl M
KM
D001288:Attention; D002755:Choice Behavior; D019277:Entropy; D006801:Humans; D009043:Motor Activity; D009048:Motor Skills; D010364:Pattern Recognition, Visual; D011214:Practice, Psychological; D011338:Probability Theory; D011597:Psychomotor Performance; D011930:Reaction Time; D012931:Social Environment; D013647:Task Performance and Analysis