Master of Science
Richter, Martin L.
Previous investigations comparing visual with auditory compensatory tracking behavior have demonstrated the superiority of visual tracking when both the magnitude and the direction of error was continuously available to the subject. The present study re-examined the relative merits of auditory and visual compensatory tracking in one dimension. In addition, all-visual and bisensory compensatory tracking was studied in two-dimensions using continuous sine wave inputs which were either 0,90, or 180 degrees in phase.
Schroeder, Loather R., "An investigation of visual, auditory, and bisensory compensatory tracking" (1970). Theses and Dissertations. 3829.