Stony Brook University 3-4 credits BME
The overall objective is to introduce conceptual, mathematical, and computational implementational aspects of analyzing biomedical signals and image processing, including real data with preclinical and clinical applications based on the recently developing neurophotonics and optical neuroimaging field. Programming examples using MATLAB will be presented. The students will also be introduced to GUIbased Virtual Photonics and Virtual Tissue Simulator. Practical and recent studies with current state-of-the-art imaging technologies in the field are also discussed. The course involves traditional-style lectures, small lab experiments to apply the basic concepts, an imaging facility tour, and a concise final paper/grant writeup and presentation on the subject of the student’s choice in accordance with the instructor. 3-4 credits Grading Letter graded (A, A-, B+, etc.)
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