| Title: | LabVIEW-controlled stimulus presentation on a monitor for smooth pursuit eye movement experiments |
| Author: | |
| Document Type: | Thesis |
| Department: | Biomedical Engineering Committee |
| Degree: | Master of Science |
| Major: | Biomedical Engineering |
| Advisory Committee: |
Alvarez, Tara L.
Reisman, Stanley S.
Bergen, Michael
Servatius, Richard J.
|
| Thesis Date: | 2003, May |
| Keywords: |
Involuntary oculomotor movement
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| Availability: | Unrestricted |
| Abstract: |
Smooth pursuit is an example of how movements in the visual world guide involuntary oculomotor movements. A current system to study eye movements uses an oscilloscope screen. A computer screen offers many advantages: a greater visual field, the use of shapes, 32 bits of colors, and increased timing accuracy. To control stimulus display on a computer monitor, instrumentation was developed in LabVIEW. Initial studies supported a draw/redraw to erase method for stimulus presentation. An experiment compared the computer monitor to the oscilloscope. Indeed, the monitor display was an improvement over the oscilloscope for vision research. |
| Complete Thesis: | njit-etd2003-039 (113 pages ~ 11,698 KB pdf) |
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Created February 24, 2004
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