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Indicative contents
The typical proportion of class
content time is shown in brackets
- INTRODUCTION TO MEDICAL IMAGING (5%)
- X-RAY PHYSICS AND RADIOGRAPHY (15%)
Production of X-rays, screen film radiography, Screen film system,
Reconstruction of Medical Images From Projection Data, Image
Processing for film less X-Ray systems.
- Computed Tomography (20%)
Principles of CT imaging, Reconstruction Algorithms, Scan Motions,
x-ray sources, Collimation, X-ray detectors, viewing system,
Radiation Dose, artefacts
- Ultrasound (20%)
Characteristics of sound, interaction of ultrasound with matter,
transducers, beam properties, image data acquisition, two
dimensional image data display and storage, image quality and
artefacts, Doppler ultrasound,
- Magnetic Resonance Imaging (20%)
Basics of MRI, data acquisition, image characteristics, M R
angiography, artefacts,
- Nuclear Technology (20%)
Radioactivity and Nuclear Transformation, Radiation detection and
measurement, Scintillation camera, computers in nuclear imaging,
emission tomography, artefacts
Recommended reading
- Magazines
1. IEEE transactions on medical imaging
- Internet Sites
-
http://www.ecf.utoronto.ca
-
http://clio.rad.sunysb.edu
-
http://www.indyrad.iupui.edu
-
http://www.kuleuven.ac.be
-
http://www.med.monash.edu.au/
- Laboratory
Hardware Required: PCs
Software Required:MATLAB
Software Manuals: MATLAB User Manual
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