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Modalities Using Non-Ionizing Electromagnetic Radiation August 10, 2003 |
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| Online help is available | Abstract Submission - Category Descriptions |
| Category | Sub-Category (if applicable) | Definition |
| Instrumentation | ||
| Applied potential tomography Autofluorescence imaging Confocal laser scanning Diffuse optical tomography Hyperspectral imaging Microwave imaging Near infrared imaging Optical coherence tomography Optical/infrared surface shape scanning Remitted light imaging Terahertz frequency imaging Thermal imaging Video capillaroscopy Other |
Any submission primarily concerned with the development of medical imaging modalities using non-ionizing electromagnetic radiation. Likely sub-categories are given, but if your modality is not listed please use "Other". Note that ultrasound and magnetic resonance imaging are excluded from this symposium | |
| Image Analysis and Understanding Techniques | ||
| Model-based interpretation Image reconstruction Image registration Multi-modality methods Segmentation Classification Shape and volume analysis Texture analysis Image enhancement Measurement of physical parameters (flow, oxygenation, etc.) Dynamic Analysis Visualization Other |
Any submission with a focus on medical image analysis or understanding applied to medical imaging modalities using non-ionizing electromagnetic radiation. The images on which the analysis is performed include (but are not restricted to) applied potential tomography, autofluorescence imaging, confocal laser scanning, diffuse optical tomography, hyperspectral imaging, microwave imaging, near infrared imaging, optical coherence tomography, optical/infrared surface shape scanning, remitted light imaging, terahertz frequency imaging, thermal imaging, video capillaroscopy. Note that ultrasound and magnetic resonance imaging are excluded from this symposium | |
| Specific Applications | ||
| Any submission concerned with one or more of the qualifying imaging modalities (see above) that does not fall into the first two categories. Examples include comparative evaluations, quality assurance, safety, and clinical applications such as neurology, dermatology, ophthalmology, oncology, GI tract, cardiovascular, mammographic applications, reconstructive surgery, molecular imaging, or novel clinical applications. | ||