Adaptive intermittent control: A computational model explaining motor intermittency observed in human behavior
We proposed a computational model explaining human intermittent motor behavior. It segments the time axis to perform feed-forward control for continuous motor task. We compared behaviors of several different control models with human behavior. The proposed model replicated the human behavior with less computational costs. The functional meaning of motor intermittency is discussed.
motor intermittency computational cost sensorimotor system feedback delay target tracking reliability