Interactive Display of 3D Medical Objects
Interactive display of internal human organs has recently received much attention because of its potential applications. Capabilities for visualization, manipulation and quantitation are the common requirements of most medical applications. For interactive display and manipulation to be feasible, the medium of interaction should effectively communicate 3D information to the user, and the result of a manipulative action by the user should follow immediately after initiating the action. The paper reports on our attempts to answer this challenge in a modest minicomputer environment which is typical of most CT scanner facilities.
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- Dev, P.; Wood, S.; Duncan, J.P.; White, D.N.: An interactive graphics system for planning reconstructive surgery. Proc. Nat’l, Comput. Graphics Assoc, Conf, 130–135, Chicago, Illinois (June 1983).Google Scholar
- Herman, G.T. (ed.): Proc. IEEE 71, special issue on computerized tomography (1983).Google Scholar
- Herman, G.T.: Three-dimensional computer graphics display in medicine. Technical Report MIPG88, Medical Image Processing Group, Department of Radiology, University of Pennsylvania, Philadelphia, (July 1984).Google Scholar
- Mazziotta, J.C.; Huang, K.H.: THREAD (three- dimensional reconstruction and display) with biomedical applications in neuron ultrastructure and computerized tomography. Amer. Fed’l. Info. Process. Soc. 45, 241–250 (1976).Google Scholar
- Meagher, D.J.: Interactive solids processing for medical analysis and planning. NCGA Conf. Proc. II, 96–106 (1984).Google Scholar
- Newman, W.M.; Sproull, R.F.: Principles of Interactive Computer Graphics. McGraw-Hill Book Company, New York, New York (1979).Google Scholar
- Tuy, H.K.; Udupa, J.K.: Representation, display and manipulation of 3D discrete scenes. Proc. of 16th Hawaii Int’l. Conf. on System Sciences II, 397–406 (1983).Google Scholar