EECE 6319 Microwave and Biomedical Imaging
The course topics will cover the fundamentals of biomedical and microwave imaging techniques and the science and engineering behind the related sensors and instrumentation. The related image reconstruction algorithms and modeling techniques allow the processing of 1-D signals, and snapshots of in vivo physiology processes collected through various advanced sensors, to create 2-D/3-D images. The imaging technologies discussed include X-rays (CT scans), ultrasound, magnetism (MRI), and microwave imaging. Both the Fourier transform algorithm and non-linear image reconstruction techniques will be discussed.
Prerequisite
EECE 3315 (Electromagnetics Engineering) or equivalent course, and
MATH 3341 (Differential Equations) or equivalent course.
Offered
Fall/Spring