Medical Imaging Signals and Systems
by Jerry L. Prince, Jonathan M. Links · Jerry L. Prince, Jonathan M. Links
An engineering treatment of radiography, CT, nuclear imaging, ultrasound and MRI using linear systems theory, Fourier analysis and reconstruction mathematics. Working the problems builds the ability to model imaging systems quantitatively and analyse resolution, noise and contrast.
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More resources on Medical Imaging
RSNA Case Collection
Peer-reviewed radiology teaching cases published by the Radiological Society of North America, searchable by subspecialty and modality, each presenting history, images, findings and final diagnosis. Working through them trains pattern recognition and structured interpretation of imaging studies.
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Companion site to William Herring's Learning Radiology textbook, with daily unknown cases, an archive of teaching files, and lecture material aimed at medical students. Regular use builds recognition of common findings on plain films, CT and ultrasound.
Radiopaedia
Free, collaboratively edited radiology reference with thousands of peer-reviewed articles and annotated imaging cases across CT, MRI, ultrasound, and X-ray. Learners can look up conditions, study their typical imaging appearances, and practise interpreting real diagnostic cases.
Radiopaedia
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Fundamentals of Medical Imaging
Covers the physics and mathematics behind radiography, CT, MRI, nuclear medicine and ultrasound, plus image reconstruction and analysis. Readers finish able to explain how each modality forms an image and where its artefacts and limitations come from.
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An introduction to reading images for medical students and non-radiologists, organised by organ system with over 850 labelled illustrations. After it you can recognise normal anatomy on each modality and follow a basic radiologic workup.