Quantitative Models for Human Motions, Volume 1 |
Common terms and phrases
acceleration analog analysis angle ANOVA basic bits body member chosen combined component concludes confidence constants continuous cycle decreases dependent derivative developed dimensions direction displacement distance effect energy equation experiment experimental experimental runs extent factors Figure Fitts force function given hand Hence horizontal human motion important increases independent variables indicate influence interaction involving learning length of motion limits linear linear distance manipulation mean measure ment motion path length motor move movement muscle Nadler noise obtained operation pace parameters pattern performance plane plots points position postulated practice predictable range reaction relation relationship reports residuals respect response variables second order model shows signals significant significantly Smith stimulus stimulus information studies surface Table target task temporal theory uncertainty values variation varying velocity weight width X₁