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Preim B., Bartz D. — Visualization in Medicine: Theory, Algorithms, and Applications
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Íàçâàíèå: Visualization in Medicine: Theory, Algorithms, and ApplicationsÀâòîðû: Preim B., Bartz D. Àííîòàöèÿ: Visualization in Medicine is the first book on visualization and its application to problems in medical diagnosis, education, and treatment. The book describes the algorithms, the applications and their validation (how reliable are the results?), and the clinical evaluation of the applications (are the techniques useful?). It discusses visualization techniques from research literature as well as the compromises required to solve practical clinical problems.
ßçûê: Ðóáðèêà: Ìåäèöèíà è çäðàâîîõðàíåíèå /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Ãîä èçäàíèÿ: 2007Êîëè÷åñòâî ñòðàíèö: 680Äîáàâëåíà â êàòàëîã: 30.12.2007Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Virtual endoscopy, neuroendoscopy 391—397 Virtual endoscopy, processing pipeline 382 Virtual endoscopy, rendering for 384—385 Virtual endoscopy, summary 400—402 Virtual endoscopy, technical issues 384—387 Virtual endoscopy, training and teaching 383 Virtual endoscopy, user interface 387 Virtual environments 412 Virtual neuroendoscopy 391—397 Virtual neuroendoscopy, cerebral ventricular system 391—394 Virtual neuroendoscopy, multimodal visualization 394—395 Virtual neuroendoscopy, pituitary gland 395—397 Virtual occlusion 412 Virtual resection 294—297 Virtual resection in liver surgery planning 303 Virtual resection with deformable cutting plane 297—307 Virtual resection, application areas 305 Virtual resection, cutting plane boundaries, defining 298 Virtual resection, defined 294 Virtual resection, efficient visualization of 305—306 Virtual resection, evaluation 306—307 Virtual resection, initial cutting plane generation 298—302 Virtual resection, modification of 302—303 Virtual resection, requirements 295—296 Virtual resection, resection proposals combination 307 Virtual resection, specification by drawing on slices 296—297 Virtual resection, specification by erasing 296 Virtual resection, summary 310 Virtual resection, surgery simulation and 310 Virtual resection, visualization 305 Virtual resection, visualization parameters 306 Virtual resection, volume representation 308 Virtual scalpel 307 Virtual ventriculoscopy 392—394 Virtual ventriculoscopy, illustrated 393 Virtual ventriculoscopy, snapshots 393 Visibility analysis 439—440 Visible Human datasets 527 Visual perception 27—30 Visual perception, color 30—33 Visual perception, gray value 27—30 Visualization software, Amira 367 579—580 Visualization software, documentation 577 Visualization software, general purpose 576—577 Visualization software, IDL 586 Visualization software, interaction support 576 Visualization software, ITK 578 Visualization software, Julius 585 Visualization software, MatLab 586 Visualization software, memory management 577 Visualization software, MeVisLab 580—584 Visualization software, MITK 584 Visualization software, OFFIS dicom toolkit 587 Visualization software, SciRun 578—579 Visualization software, scripting 576—577 Visualization software, summary 587 Visualization software, textual versus visual programming 576 Visualization software, VolV 584—585 Visualization software, VTK 577—578 Visualizations for computer-aided detection 376—377 Visualizations for medical education 525—567 Visualizations in medicine 1—3 Visualizations with parametric surfaces 353 Visualizations with subdivision surfaces 355—357 Visualizations with tensor glyphs 473—477 Visualizations with truncated cones 353—355 Visualizations, 2D 6—7 271 Visualizations, 3D 6—7 77—81 Visualizations, anatomic tree structures 343—379 Visualizations, animating 541—545 Visualizations, bronchial tree 373 Visualizations, cerebral blood vessels 373 Visualizations, color-coded 368 Visualizations, convolution surfaces 361—365 Visualizations, fiber bundles 489—492 Visualizations, gradient-based 278—280 Visualizations, hepatic vein 513 Visualizations, integrated 129 571—572 Visualizations, intrahepatic vascular anatomy 356 Visualizations, intraoperative 403—407 Visualizations, labeling 530—541 Visualizations, liver vessel 371 Visualizations, model-based 367 572—573 Visualizations, morphologic/functional image data integration 572 Visualizations, multimodal 484—485 Visualizations, multiparameter 245—247 Visualizations, outlook 569—573 Visualizations, portal vein 372 374 Visualizations, preoperative/intraoperative integration 571—572 Visualizations, range 448—449 Visualizations, sac-like cerebral aneurysm 377 Visualizations, scientific 1—3 Visualizations, semitransparent 352 Visualizations, simulation integration 570—571 Visualizations, streamline 478—483 Visualizations, systems 575—587 Visualizations, vessel 350—352 Visualizations, virtual resection 305 Visualizations, volume 135—153 (see also “Medical visualization”) Volume approximation 327—328 Volume approximation, defined 327 Volume approximation, histogram analysis 328 Volume approximation, illustrated 329 Volume approximation, subdivision approach 328 Volume cells, bilinear contours 16 Volume cells, illustrated 14 Volume Illustration 428 Volume measurements 324—329 Volume measurements, approximation 327—328 Volume measurements, selection 324—327 Volume measurements, tools 329 Volume measurements, validation 328—329 Volume rendering 78 Volume rendering, compositing 189—195 Volume rendering, context-preserving 429 Volume rendering, equation 185—186 Volume rendering, Fourier domain 220—221 Volume rendering, hardware 221 Volume rendering, hybrid 223—228 Volume rendering, importance-driven 444—445 Volume rendering, indirect 155—182 Volume rendering, local 295 Volume rendering, pipeline 187—189 Volume rendering, plane-based 155—156 Volume rendering, pre-integrated 194—195 Volume rendering, preclassified pipeline 188—189 Volume rendering, specialized systems 586 Volume rendering, surface-based 156—173 Volume rendering, tagged 583 Volume rendering, thin slab 193—194 Volume rendering, two-level 222 227—228 Volume selection 324—327 Volume selection, defined 324 Volume selection, drawbacks 324—325 Volume selection, enhancing 325 Volume selection, interval-based 325—327 Volume selection, successful 325 Volume visualization 135—257 Volume visualization, direct rendering 135 183—196 Volume visualization, fundamentals 137—153 Volume visualization, indirect rendering 135 155—182 Volume visualization, pipeline 137 Volume visualization, pipeline illustration 138 (see also “Visualizations”) VolumePro-board 221 Volumes of interest (VOI) 85 Volumetric data 1 13 VolV 584—585 Voxel selection 364 Voxelization 179—180 224 Voxelization, concerns 179 Voxelization, defined 179 Voxelization, VXT library 180 VoxelMan 547 VoxelMan, defined 147 546 VoxelMan, viewing modes 548 VoxelMan, Visible Human dataset exploration 548 VTK 577—578 Watershed segmentation 100—104 Watershed segmentation of brain 104 Watershed segmentation, applications 102 Watershed segmentation, defined 100 Watershed segmentation, interaction techniques 118 Watershed segmentation, marker-based 101—102 Watershed segmentation, merging basins 101 Watershed segmentation, oversegmentation problem 102 Watershed segmentation, principle 101 103 Watershed segmentation, variants 102 (see also “Segmentation”) Width coefficient 369 Windowing 71—72 X-ray imaging 36—41 X-ray imaging, 2D 41 X-ray imaging, angiography 39 X-ray imaging, basis 36 X-ray imaging, contrast 36 X-ray imaging, CT versus 41—42 X-ray imaging, digital mammography 38 X-ray imaging, fluoroscopy 38 X-ray imaging, illustrated 36 X-ray imaging, principle 37 X-ray imaging, quality 36 X-ray imaging, rotational 39—40 X-ray imaging, summary 63 X-rays, discovery 36 X-rays, intensity 37 X-rays, problem 41 X-rays, quanta 36 X-rays, soft-beam 37 Zoomed histograms 140 ZoomIllustrator 549—552 ZoomIllustrator, 3D puzzle 551 ZoomIllustrator, architecture 550 ZoomIllustrator, defined 549 ZoomIllustrator, limitations 550—551 ZoomIllustrator, summary 552
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