BME464 / ELE564
Medical
Imaging Engineering and
clinical
applications of medical imaging systems including X-ray, computed
tomography, radioisotope imaging, ultrasound, magnetic resonance
imaging; picture archiving and communications system and medical image
processing. (BME464 is not for graduate credit and is not open to students
with credit in ELE564) (Lec. 3, 3 credits)
BME465 / ELE565 Medical Image
Processing Lab Development
of medical image processing algorithms with graphical user interface in
C++ under the Windows operating system: smoothing and sharpening
filters, morphological filters, area measurement and edge tracer.
(BME465 is not for graduate credit and is not open to students with credit in ELE565)
(Lab. 3, 1 credit)
Syllabus: Fall 2021
Lecture Notes: Notes to Date
Lecture Notes: Fourier Notes
Lecture Notes: Beamform Notes Beamform m file Polar plotting file
Lecture Notes: Radon Transform Notes
Lecture Notes: Control Theory Primer Notes Control Theory PID m file
MRI Sequences: MRI Sequences
Sample exams: Exam
1,
Exam 2a,
Exam 2b,
Exam 3
Journal Papers: Intro Compressive Sensing,
Compressive Sensing MRI,
Automated Blood Vessel Tracking,
Directional Low Pass Filter
Project files: Codelite IDE (Windows and OSX 10.13 and up) ,
wxWidgets,
C++ Files and Resources
Mac users will follow this build, but with some minor changes that we will go over in lab.
Windows users will follow this build, depending on the compiler and we will go over this in lab as well.
Use this software to convert image files to XPM files for MAC XnViewMP
Download Lab files: Lab Manual,
Lab Report Template,
Downloadable TIFF images:
PDF Samples of Medical Imagery:
CAT Scan
Angiogram
- Head, Hand
Angiogram
- Coronary
MRI
- Brain
MRI
- 3D Rendering
MRI/SPECT
- Registration
MRI/SPECT
- Glioma
MRI/SPECT
- Alzheimer
SPECT
- Cardiac
Nuclear
Ventriculogram - MUGA
Ultrasound
- Obstetrical