Symposium on Medical Image Analysis: Modalities
Using Non-ionizing Electromagnetic Radiation
This symposium will showcase the increasing application
in medicine of imaging modalities that use non-ionizing electromagnetic
radiation. Examples include modalities using optical, infrared,
terahertz and microwave radiation. Methods utilizing both diffuse
and coherent radiation, in transmission, reflection or re-emission
are relevant. These modalities are of interest to medical physicists
and related professionals, but may not be included in a typical
Radiology department. They are being introduced for a number of
reasons: technical and computing advances, reduced costs of sensors,
new applications outside the traditional radiological field, the
rise of molecular imaging and the opportunity to use multimodality
methods to combine the strengths of several techniques. The symposium
will be built around invited, educational presentations that address
the physical principles and instrumentation of the key modalities,
safety issues and standards such as DICOM. Abstracts are sought
on medical image analysis and understanding techniques applied
to relevant modalities, quality assurance, safety and comparative
evaluations. Examples of categories covered by the symposium are
given below, but the list is not exhaustive and all relevant submissions
will be considered. However, please note that although the radiation
used for ultrasound and MRI is non-ionizing, these modalities
are well served by other conferences and elsewhere at the AAPM
Annual Meeting, so abstracts primarily on these modalities will
not be considered for the symposium.
Modalities |
Image
Analysis Methods |
- Optical / infrared surface shape scanners
- Optical coherence/diffuse tomography
- In vivo endoscopy/microscopy
- Ophthalmoscopy, Dermatoscopy, SIAscopy
- Fluorescence lifetime imaging
- Terahertz frequency / microwave imaging
|
- Model based interpretation
- Image registration
- Multi-modality methods
- Segmentation and classification
- Shape and volume analysis
- Texture analysis
|
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