Date of Award
Master of Science in Electrical Engineering - (M.S.)
Electrical and Computer Engineering
Andrew Ulrich Meyer
Edward Joseph Haupt
Timothy Nam Chang
A mathematical model of the oscillatory potential which may be a useful clinical tool to diagnose the progression of diabetic retinopathy. The model has been investigated by compressing from oscillatory potential into three parameters which contain most of the information for the oscillatory potential data.
About thirty subjects including both normal and diabetic subjects were investigated in this study. Comparing normal and diabetic subjects, we found amplitude parameter was most important factor to classify subjects by normal and diabetic.
Since modeling of the oscillatory potential and the estimation of the model parameters were our final goal, we haven't proposed to the underlying physiological meanings.
Jang, Sung Hoon, "Model parameter identification of the oscillatory potential in the electroretinogram" (1993). Theses. 1766.