Title :
Using a fine-grain parallel processor to achieved 3D medical image visualisation within the MIRIAD project
Author :
Cameron, G.G. ; Undrill, P.E.
Author_Institution :
Dept. of BioMed. Phys. & BioEng., Aberdeen Univ., UK
Abstract :
The authors describe part of the work of the IED research project MIRIAD, `Medical Image Reconstruction Interpretation Display´, The project as a whole has a strong interest in volume imaging. The problems being addressed include those inherent in human interaction with these large datasets (presentation, control interface) and also the goal of true multi-modal image interpretation, combining the predominantly anatomical information derived from Magnetic Resonance or X-ray CT images with the highly function-related modalities such as Single Photon emission tomography or Positron emission tomography, as well as referencing these to a gold standard such as a digital atlas derived from the study of normal anatomy
Keywords :
biomedical NMR; computerised picture processing; computerised tomography; medical diagnostic computing; parallel processing; radioisotope scanning and imaging; 3D medical image visualisation; MIRIAD project; MRI; SPECT; X-ray computerised tomography images; control interface; fine-grain parallel processor; function-related modalities; human interaction; image display; medical image reconstruction interpretation; positron emission tomography; true multi-modal image interpretation; volume imaging;
Conference_Titel :
3-D Imaging Techniques for Medicine, IEE Colloquium on
Conference_Location :
London