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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
IDL 586 Illumination in scalar volume datasets 145—152 Illumination, approximation of normal vectors 148—152 Illumination, Phong model 146—148 Illustrative rendering 419—439 Illustrative rendering of medical volume data 427—429 Illustrative rendering, degrees of freedom 422 Illustrative rendering, emphasis and 422—423 Illustrative rendering, hatching surface models 426—427 Illustrative rendering, outlook 451—452 Illustrative rendering, shape perception 421—422 Illustrative rendering, style specification 433—434 Illustrative rendering, surface 420—433 Illustrative rendering, volume 433—434 Illustrative shading styles 430—433 Image analysis 83—133 Image analysis, accuracy 84 Image analysis, gradient filtering 93—94 Image analysis, histograms 87—88 Image analysis, inhomogeneity correction 93 Image analysis, interaction techniques 116—118 Image analysis, liver surgery planning 505—508 Image analysis, morphological 119—120 Image analysis, noise reduction techniques 88—93 Image analysis, pipeline illustration 84 Image analysis, pipeline steps 83 Image analysis, quantitative 69 Image analysis, registration and fusion 126—131 Image analysis, reproducibility 84—85 Image analysis, requirements 84—85 Image analysis, resampling 86—87 Image analysis, robustness 84 Image analysis, ROI selection 85—86 Image analysis, segmentation postprocessing 119—122 Image analysis, skeletonization 122—124 Image analysis, speed 85 Image analysis, structure enhancement 94—95 Image analysis, summary 131 Image analysis, validation 124—126 Image-driven TF specification 267—270 Image-driven TF specification by means of component functions 269—270 Image-driven TF specification with thumbnail images 270 Image-driven TF specification, defined 267 Image-guided surgery 407—411 Image-guided surgery, appropriate dataset 403 Image-guided surgery, movements 404 Image-guided surgery, navigation instruments 409—411 Image-guided surgery, prerequisites 403—407 Image-guided surgery, registration 405—407 Image-guided surgery, setups 403 Image-guided surgery, summary 416—417 Image-guided surgery, time between acquisition 404 Image-guided surgery, tissue deformation 404 Image-guided surgery, tracking systems 407—409 Implicit polygonizer 364 Implicit segmentation 262 Implicit surface reconstruction 357—361 Implicit surface reconstruction, blending 360—361 Implicit surface reconstruction, defined 352 Implicit surface reconstruction, introduction 358 (see also “Vessel visualization”) Implicit surfaces 358 Importance-driven volume rendering 444—445 Indirect volume rendering 135 Indirect volume rendering, hybrid 225 Indirect volume rendering, plane-based 155—156 Indirect volume rendering, summary 180—182 Indirect volume rendering, surface postprocessing 173—180 Indirect volume rendering, surface-based 156—173 Indirect volume rendering, virtual endoscopy 384—385 Indirect volume rendering, when to use 235 (see also “Volume visualization”) Infiltrating balloon segmentation 110 Inhomogeneity correction 93 Inner intervals 325 insets 440 Intensity-based similarity 128 Interaction sticker 415 416 Interaction techniques 116—118 Interaction techniques for growing region 117—118 Interaction techniques for livewire 118 Interaction techniques for watershed segmentation 118 Interactive area measurements 323—324 Interactive labeling 531 Interactive manipulations 259 Interactive resection 308 Interactive rulers 319—320 Interactive rulers, behavior 320 Interactive rulers, geometry 319—320 Interactive volume measurements 324—329 Intermediate difference operator 149—150 Internal label placement 535—541 Interpolation, anisotropic 466 Interpolation, artifacts 22—25 Interpolation, bilinear 16 216 Interpolation, DTI data 465—466 Interpolation, linear 15 Interpolation, Marching Cubes 166—167 Interpolation, schemes 15 Interpolation, shape-based 106—107 Interpolation, triangle-based 166 Interpolation, trilinear 15 16 465 Interval-based volume selection 325—327 Intervals, inner 325 Intervals, outer 325 Intervals, selection 272 InterventionPlanner, default values 518—519 InterventionPlanner, defined 516 InterventionPlanner, surgery planning with 517—518 InterventionPlanner, synchronization 519 Intravascular ultrasound (IVUS) 59 Intuitive color spaces 31 Isolines, combining with color-coding 245—247 Isolines, computation 246 Isolines, generation principle 247 Isosurface extraction, data structures for accelerating 169—173 Isosurface extraction, Dividing Cubes 168 Isosurface extraction, Marching Cubes 162—168 Isosurface extraction, Marching Squares 160—162 Isosurface extraction, polygonal 159—168 Isosurface extraction, splitting box algorithm 168—169 Isosurfaces, model-based visualization versus 367 Isosurfaces, rendering 428 Isovalues, selection of 145 ITK 578 Julius 585 Just-noticeable difference (JND) 28—29 kd-tree 169 Labeling 530—541 Labeling of interactive illustration 536—537 Labeling, anatomic objects 534 Labeling, automatic 531 Labeling, branching 537—539 Labeling, cross-sectional images 539 Labeling, external label placement 531—535 Labeling, interactive 531 Labeling, internal label placement 535—541 Labeling, measurement facilities integration and 530 Labeling, multiple anchor points and 540 Labeling, potential fields 534 Labeling, presentation variables 539—541 Labels, adapting after rotation 539 Labels, adapting after zooming 538 Labels, anchor point determination 535 Labels, external 531—535 Labels, external, grouping 535 Labels, internal 535—541 Labels, layout illustration 533 Labels, rearranging 536 Labels, vertical arrangement 532 Lamina terminalis 394 Laplacian filter 177 Laplacian smoothing 301 Laser-induced interstitial, thermotherapy (LITT) 504 514 Level set methods 111 Lightboxes 68 Line scan diffusion imaging (LSDI) 463 Line stylization 436 Linear histograms 139 Linear interpolation levels 15 Linearization 28 Live Donor Liver Transplants (LDLT) 313 354 Live Donor Liver Transplants (LDLT), case study 512—514 Live Donor Liver Transplants (LDLT), defined 499 Live Donor Liver Transplants (LDLT), donor selection 505 Live Donor Liver Transplants (LDLT), grafts with/without middle hepatic vein 511—512 Live Donor Liver Transplants (LDLT), planning of 356 Live Donor Liver Transplants (LDLT), risk analysis 511—514 Live Donor Liver Transplants (LDLT), strategies 504—505 Live Donor Liver Transplants (LDLT), vascular anatomy and 501 (see also “Liver surgery”) Liver surgery 503—505 Liver surgery planning 303 499—523\ Liver surgery planning with InterventionPlanner 517—519 Liver surgery planning, clinical application 519—520 Liver surgery planning, HepaVision 516 517 Liver surgery planning, image analysis for 505—508 Liver surgery planning, oncologic, risk analysis for 508—511 Liver surgery planning, software assistants 516—519 Liver surgery, ablation of liver metastases 504 Liver surgery, liver carcinoma 503 Liver surgery, medical background 500—505 Liver surgery, preoperative imaging 502—503 (see also “Live Donor Liver Transplants (LDLT)”) Liver, anatomy 500—502 Liver, hepatic artery 501—502 Liver, intrahepatic vasculature 506—507 Liver, segmentation 505—506 Liver, segments 500 501 Liver, segments, anatomy prediction 507—508 Liver, vascular structures 501 LiverSurgeryTrainer 553 554 Livewire segmentation 104—109 Livewire segmentation, adaptive propagation and 107—108 Livewire segmentation, defined 104 Livewire segmentation, filtering and 109 Livewire segmentation, interaction techniques 118 Livewire segmentation, results 108 Livewire segmentation, shape-based interpolation and 106—107 (see also “Segmentation”) Local emphasis 419—420 440—443 Local emphasis with arrows 441—442 Local emphasis with color 440 Local emphasis with shadow volumes 442—443 (see also “Emphasis”) Local emphasis, focus and context views 440—441 Local histograms 263 Local transfer functions (TFs) 286—287 Local transfer functions (TFs) for detail-and-context views 286 Local transfer functions (TFs) for segmented structures 286—287 (see also “Transfer functions”) Local transfer functions (TFs), realization of 287 Local transfer functions (TFs), rendering process 287 Logarithmic histograms 140—141 Lookup tables (LUT), 2D transfer function conversion to 271—272 Lookup tables (LUT), adjusting 72 Low pass filtering 20 Macroscopic anatomy 528 Magic Lenses 255 Magnetic resonance imaging (MRI) 4 48—57 Magnetic resonance imaging (MRI), abdominal data 53 Magnetic resonance imaging (MRI), angiography 53 Magnetic resonance imaging (MRI), brain perfusion 254 Magnetic resonance imaging (MRI), contrast enhancement 53 Magnetic resonance imaging (MRI), CT versus 56—57 Magnetic resonance imaging (MRI), DCE 250 Magnetic resonance imaging (MRI), defined 48 Magnetic resonance imaging (MRI), diffusion tensor imaging (DTI) 55—56 Magnetic resonance imaging (MRI), functional (fMRI) 54—55 Magnetic resonance imaging (MRI), image artifacts 54 Magnetic resonance imaging (MRI), imaging coils 52 Magnetic resonance imaging (MRI), intraoperative data 54 Magnetic resonance imaging (MRI), scanning parameters 50—54 Magnetic resonance imaging (MRI), sequences 50 Magnetic resonance imaging (MRI), spin-spin relaxation 50 Magnetic resonance imaging (MRI), summary 63 Magnetic resonance imaging (MRI), T1/T2-weighted cerebral data 52 Mamillary bodies 393 Manual navigation 386 Manual segmentation 76 96 Marching Cubes 162—165 Marching Cubes, ambiguities 165—166 Marching Cubes, defined 162 Marching Cubes, dual algorithm 178 Marching Cubes, equivalence class cases 163 Marching Cubes, interpolation 166—167 Marching Cubes, possible triangulations 165 Marching Cubes, segmented models 167 Marching Squares 160—162 Marker clamp 409 Marker triangulation 410 Marschner-Lobb phantom 232 Mass-spring models 132 556—557 MATLAB 586 Maximum-intensity projections (MIPs) 191—192 193 251—252 Mean symmetric distance 125 Mean transmit time (MTT) 240 Measurement tools, 3D 313 Measurement tools, measurement number assignment 316 Measurement tools, usability 315—317 Measurement tools, volume 329 Measurements 313—339 Measurements of angles between elongated objects 337 Measurements, 3D distance 317—321 Measurements, accuracy and uncertainty 317 Measurements, angular 321—323 Measurements, area 323—324 Measurements, automatic 336—337 Measurements, extents of objects 336 Measurements, general design issues 315—317 Measurements, introductory examples 313—314 Measurements, numbers 316 Measurements, objects relationship 315—316 Measurements, path 320—321 Measurements, performance, anatomic tree structures 374 Measurements, summary 337—338 Measurements, tasks and clinical applications 338 Measurements, volume 324—329 Measurements, widgets 315 MEDAPRA display 414 Medical education, anatomy 546—552 Medical education, datasets for 526—527 Medical education, knowledge representation 528—530 Medical education, outlook 566—567 Medical education, summary 566—567 Medical education, surgery 552—566 Medical education, visualization for 525—567 Medical image data 13—17 Medical image data, acquisition 35—64 Medical image data, registration and fusion 126—131 Medical visualization as analysis process 2 Medical visualization for neck dissection planning 2 (see also “Visualizations”) Medical visualization, color in 30 Medical visualization, data 4 Medical visualization, image analysis 83—133 Medical visualization, measurements 313—339 Medical volume data 65—81 Medical volume data, cutting 307—310 Medical volume data, dynamic 237—257 Medical volume data, film-based diagnosis 67—69 Medical volume data, soft-copy reading 69—80 Medical volume data, storage 65—67 Medical volume data, summary 80—81 Memory-sensitive processing 202 Mesh, bilateral denoising 177 Mesh, fairing 176 Mesh, reduction 175—176
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