Search Results - "Lorensen, W. E."

Interactive virtual endoscopy by JOLESZ, F. A, LORENSEN, W. E, KIKINIS, R, SHINMOTO, H, ATSUMI, H, NAKAJIMA, S, KAVANAUGH, P, SAIVIROONPORN, P, SELTZER, S. E, SILVERMAN, S. G, PHILLIPS, M

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Two algorithms for the three-dimensional reconstruction of tomograms by Cline, H E, Lorensen, W E, Ludke, S, Crawford, C R, Teeter, B C

“…Three-dimensional (3-D) surface reconstructions provide a method to view complex anatomy contained in a set of computed tomography (CT), magnetic resonance…”
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Virtual Laryngoscopy by Moharir, Vik M., Lorensen, William E., Fried, Marvin P., Shinmoto, Hiroshi, Hsu, Liangge, Alyassin, Abdalmajeid M., Kikinis, Ron

“…Virtual endoscopy enables computer-generated 3-dimensional visualization of a cavity by reconstructing 2-dimensional computed tomographic or magnetic resonance…”
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3D reconstruction of the brain from magnetic resonance images using a connectivity algorithm by Cline, H E, Dumoulin, C L, Hart, Jr, H R, Lorensen, W E, Ludke, S

“…We present high resolution three dimensional (3D) connectivity, surface construction and display algorithms that detect, extract, and display the surface of a…”
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Computer-assisted three-dimensional reconstruction of head and neck tumors by Moharir, Vik M., Fried, Marvin P., Vernick, David M., Janecka, Ivo P., Zahajsky, Janos, Hsu, Liangge, Lorensen, William E., Anderson, Mark, Wells, William M., Morrison, Paul, Kikinis, Ron

“…Objective: Because head and neck tumors reside in a complex area, having a three‐dimensional (3‐D) model of the patient's unique anatomical features may assist…”
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Volume rendering and connectivity algorithms for MR angiography by Cline, H E, Dumoulin, C L, Lorensen, W E, Souza, S P, Adams, W J

“…Several display algorithms for three-dimensional angiographic data are evaluated. The mathematical analysis assumes additive Gaussian noise to predict the…”
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Superconducting open-configuration MR imaging system for image-guided therapy by Schenck, J F, Jolesz, F A, Roemer, P B, Cline, H E, Lorensen, W E, Kikinis, R, Silverman, S G, Hardy, C J, Barber, W D, Laskaris, E T

“…To develop a superconducting magnetic resonance (MR) imager that provides direct access to the patient and permits interactive MR-guided interventional…”
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3D phase contrast MRI of cerebral blood flow and surface anatomy by Cline, H E, Lorensen, W E, Schroeder, W J

“…Noninvasive MR acquisition of blood flow and stationary tissue provides three-dimensional display of flow and of the vascular and brain surfaces. The…”
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3D surface rendered MR images of the brain and its vasculature by Cline, H E, Lorensen, W E, Souza, S P, Jolesz, F A, Kikinis, R, Gerig, G, Kennedy, T E

“…Both time-of-flight and phase contrast magnetic resonance angiography images are combined with stationary tissue images to provide data depicting two contrast…”
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The stream polygon: a technique for 3D vector field visualization by Schroeder, W. J., Volpe, C. R., Lorensen, W. E.

“…We present a new method for the visualization of 3D vector fields called the Stream polygon: a regular, n-sided polygon, oriented normal to the local vector,…”
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Vascular morphology by three-dimensional magnetic resonance imaging by Cline, H E, Lorensen, W E, Herfkens, R J, Johnson, G A, Glover, G H

“…A three-dimensional examination of blood vessels is provided using MR data from seven cases. The vascular surfaces are constructed with an algorithm that…”
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Marching through the Visible Man by Lorensen, W. E.

“…The National Library of Medicine is creating a digital atlas of the human body. This project, called the Visible Human, has already produced computed…”
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Golf green visualization by Lorensen, W.E., Yamrom, B.

“…Nonrealistic rendering techniques that enhance viewer perception of golf green topography and how that topography affects putting are discussed. Conventional…”
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Three-dimensional segmentation of MR images of the head using probability and connectivity by Cline, H E, Lorensen, W E, Kikinis, R, Jolesz, F

“…We describe a three-dimensional (3D) segmentation method that comprises (a) user interactive identification of tissue classes; (b) calculation of a probability…”
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VISAGE: an object-oriented scientific visualization system by Schroeder, W. J., Lorensen, W. E., Montanaro, G. D., Volpe, C. R.

“…VISAGE is a scientific visualization system implemented in an object-oriented, message passing environment. The system includes over 500 classes ranging from…”
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Computer-assisted Interactive Three-dimensional Planning Neurosurgical Procedures by Kikinis, Ron, Gleason, P. Langham, Moriarty, Thomas M., Moore, Matthew R., Alexander, Eben, Stieg, Philip E., Matsumae, Mitsunori, Lorensen, William E., Cline, Harvey E., Black, Peter McL, Jolesz, Ferenc A.

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Virtual endoscopy software application on a PC by Alyassin, A M, Lorensen, W E

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3-D imaging using normalized gradient shading by Crawford, C.R., Santos, E., Weinstein, I.D., Teeter, B.C., Cline, H.E., Lorensen, W.E.

“…Two algorithms called marching cubes and dividing cubes were previously (1987) developed and used for the three-dimensional display of objects contained in CT…”
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Color Face Plots for Displaying Product Performance by Hahn, G. J., Morgan, C. B., Lorensen, W. E.

“…With color face plots, red eyes don't necessarily indicate lack of sleep. In this study they mean an IC transistor array variable is outside its design limits…”
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Virtual pancreatoscopy of mucin-producing pancreatic tumors by Nakagohri, T, Jolesz, F A, Okuda, S, Asano, T, Kenmochi, T, Kainuma, O, Tokoro, Y, Aoyama, H, Lorensen, W E, Kikinis, R

“…We used computer-based virtual endoscopy techniques as a novel approach to clarify the three-dimensional (3D) surgical anatomy of the pancreas and of…”
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