Medical image computing and computer-assisted intervention -- MICCAI 2002. 5th international conference, Tokyo, Japan, September 25--28, 2002. Proceedings, Part II
The articles of this volume will be reviewed individually. The preceding conference has been reviewed (see Zbl 0979.68596). Indexed articles: \textit{Kitaoka, Hiroko; Park, Yongsup; Tschirren, Juerg; Reinhardt, Joseph; Sonka, Milan; McLennan, Goeffrey; Hoffman, Eric A.}, Automated nomenclature labeling of the bronchial tree in 3D-CT lung images, 1-11 [Zbl 1027.68856] \textit{Tschirren, J.; Palágyi, K.; Reinhardt, J. M.; Hoffman, E. A.; Sonka, M.}, Segmentation, skeletonization, and branchpoint matching -- A fully automated quantitative evaluation of human intrathoracic airway trees, 12-19 [Zbl 1027.68961] \textit{Harders, Matthias; Wildermuth, Simon; Weishaupt, Dominik; Székely, Gábor}, Improving virtual endoscopy for the intestinal tract, 20-27 [Zbl 1027.68817] \textit{Yasuba, Chihiro; Kobashi, Syoji; Kondo, Katsuya; Hata, Yutaka; Imawaki, Seturo; Ishikawa, Makoto}, Finding a non-continuous tube by fuzzy inference for segmenting the MR cholangiography image, 28-35 [Zbl 1027.68973] \textit{van Bemmel, C. M.; Spreeuwers, L. J.; Viergever, M. A.; Niessen, W. J.}, Level-set based carotid artery segmentation for stenosis grading, 36-43 [Zbl 1027.68964] \textit{Figl, Michael; Birkfellner, Wolfgang; Watzinger, Franz; Wanschitz, Felix; Hummel, Johann; Hanel, Rudolf; Ewers, Rolf; Bergmann, Helmar}, PC-based control unit for a head mounted operating microscope for augmented reality visualization in surgical navigation, 44-51 [Zbl 1027.68800] \textit{Morikawa, Shigehiro; Inubushi, Toshiro; Kurumi, Yoshimasa; Naka, Shigeyuki; Sato, Koichiro; Tani, Tohru; Hata, Nobuhiko; Seshan, Viswanathan; Haque, Hasnine A.}, Technical developments for MR-guided microwave thermocoagulation therapy of liver tumors, 52-59 [Zbl 1027.68895] \textit{Livyatan, H.; Yaniv, Z.; Joskowicz, L.}, Robust automatic C-arm calibration for fluoroscopy-based navigation: A practical approach, 60-68 [Zbl 1027.68871] \textit{Finnis, Kirk W.; Starreveld, Yves P.; Parrent, Andrew G.; Sadikot, Abbas F.; Peters, Terry M.}, Application of a population based electrophysiological database to the planning and guidance of deep brain stereotactic neurosurgery, 69-76 [Zbl 1027.68801] \textit{Masamune, Ken; Fichtinger, Gabor; Deguet, Anton; Matsuka, Daisuke; Taylor, Russell}, An image overlay system with enhanced reality for percutaneous therapy performed inside CT scanner, 77-84 [Zbl 1027.68879] \textit{Liao, Hongen; Hata, Nobuhiko; Iwahara, Makoto; Nakajima, Susumu; Sakuma, Ichiro; Dohi, Takeyoshi}, High-resolution stereoscopic surgical display using parallel integral videography and multi-projector, 85-92 [Zbl 1027.68869] \textit{Take, Noriyuki; Kosugi, Yukio; Musha, Toshimitsu}, Three-dimensional display for multi-sourced activities and their relations in the human brain by information flow between estimated dipoles, 93-100 [Zbl 1027.68953] \textit{Baert, S. A. M.; Niessen, W. J.}, 2D guide wire tracking during endovascular interventions, 101-108 [Zbl 1027.68758] \textit{Furushiro, Naomichi; Saito, Tomoharu; Masutani, Yoshitaka; Sakuma, Ichiro}, Specification method of surface measurement for surgical navigation: Ridgeline based organ registration, 109-115 [Zbl 1027.68806] \textit{Sauer, F.; Khamene, A.; Vogt, S.}, An augmented reality navigation system with a single-camera tracker: System design and needle biopsy phantom trial, 116-124 [Zbl 1027.68935] \textit{Sasama, Toshihiko; Sugano, Nobuhiko; Sato, Yoshinobu; Momoi, Yasuyuki; Koyama, Tsuyoshi; Nakajima, Yoshikazu; Sakuma, Ichiro; Fujie, Masakatsu; Yonenobu, Kazuo; Ochi, Takahiro; Tamura, Shinichi}, A novel laser guidance system for alignment of linear surgical tools: Its principles and performance evaluation as a man-machine system, 125-132 [Zbl 1027.68934] \textit{Sakuma, Ichiro; Takai, Yuichi; Kobayashi, Etsuko; Inada, Hiroshi; Fujimoto, Katsuhiko; Asano, Tekehide}, Navigation of high intensity focused ultrasound applicator with an integrated three-dimensional ultrasound imaging system, 133-139 [Zbl 1027.68932] \textit{Ourselin, Sébastien; Stefanescu, Radu; Pennec, Xavier}, Robust registration of multi-modal images: Towards real-time clinical applications, 140-147 [Zbl 1027.68907] \textit{Nakamoto, Masahiko; Sato, Yoshinobu; Miyamoto, Masaki; Nakamjima, Yoshikazu; Konishi, Kozo; Shimada, Mitsuo; Hashizume, Makoto; Tamura, Shinichi}, 3D ultrasound system using a magneto-optic hybrid tracker for augmented reality visualization in laparoscopic liver surgery, 148-155 [Zbl 1027.68900] \textit{Gobbi, David G.; Peters, Terry M.}, Interactive intra-operative 3D ultrasound reconstruction and visualization, 156-163 [Zbl 1027.68809] \textit{Hata, Nobuhiko; Tokuda, Junichi; Morikawa, Shigeo; Dohi, Takeyoshi}, Projection profile matching for intraoperative MRI registration embedded in MR imaging sequence, 164-169 [Zbl 1027.68820] \textit{Megali, Giuseppe; Tonet, Oliver; Mazzoni, Marcello; Dario, Paolo; Vascellari, Alberto; Marcacci, Maurilio}, A new tool for surgical training in knee arthroscopy, 170-177 [Zbl 1027.68887] \textit{Nakao, Megumi; Kuroda, Tomohiro; Oyama, Hiroshi; Komori, Masaru; Matsuda, Tetsuya; Takahashi, Takashi}, Combining volumetric soft tissue cuts for interventional surgery simulation, 178-185 [Zbl 1027.68901] \textit{Tiede, Ulf; von Sternberg-Gospos, Norman; Steiner, Paul; Höhne, Karl Heinz}, Virtual endoscopy using cubic QuickTime-VR panorama views, 186-192 [Zbl 1027.68955] \textit{Chihoub, A.}, High level simulation \& modeling for medical applications -- ultrasound case, 193-201 [Zbl 1027.68776] \textit{Sierra, Raimundo; Székely, Gabor; Bajka, Michael}, Generation of pathologies for surgical training simulators, 202-210 [Zbl 1027.68943] \textit{Aharon, Shmuel; Lenglet, Christophe}, Collision detection algorithm for deformable objects using OpenGL, 211-218 [Zbl 1027.68751] \textit{Paloc, Celine; Bello, Fernando; Kitney, Richard I.; Darzi, Ara}, Online multiresolution volumetric mass spring model for real time soft tissue deformation, 219-226 [Zbl 1027.68910] \textit{Hanafusa, Akihiko; Isomura, Tsuneshi; Sekiguchi, Yukio; Takahashi, Hajime; Dohi, Takeyoshi}, Orthosis design system for malformed ears based on spline approximation, 227-234 [Zbl 1027.68816] \textit{Forest, C.; Delingette, H.; Ayache, N.}, Cutting simulation of manifold volumetric meshes, 235-244 [Zbl 1027.68803] \textit{Alderliesten, Tanja; Konings, Maurits K.; Niessen, Wiro J.}, Simulation of guide wire propagation for minimally invasive vascular interventions, 245-252 [Zbl 1027.68752] \textit{DiMaio, S. P.; Salcudean, S. E.}, Needle insertion modelling for the interactive simulation of percutaneous procedures, 253-260 [Zbl 1027.68792] \textit{Kawakami, Hideo; Sugano, Nobuhiko; Nagaoka, Takashi; Hagio, Keisuke; Yonenobu, Kazuo; Yoshikawa, Hideki; Ochi, Takahiro; Hattori, Asaki; Suzuki, Naoki}, 3D analysis of the alignment of the lower extremity in high tibial osteotomy, 261-267 [Zbl 1027.68851] \textit{Lehmann, G.; Habets, D.; Holdsworth, D. W.; Peters, T.; Drangova, M.}, Simulation of intra-operative 3D coronary angiography for enhanced minimally invasive robotic cardiac intervention, 268-275 [Zbl 1027.68865] \textit{Martelli, S.; Visani, A.}, Computer investigation into the anatomical location of the axes of rotation in the normal knee, 276-283 [Zbl 1027.68877] \textit{Szczerba, Dominik; Székely, Gábor}, Macroscopic modeling of vascular systems, 284-292 [Zbl 1027.68952] \textit{Manduca, Armando; Lake, David S.; Ehman, Richard L.}, Spatio-temporal directional filtering for improved inversion of MR elastography images, 293-299 [Zbl 1027.68874] \textit{Masutani, Yoshitaka}, RBF-based representation of volumetric data: Application in visualization and segmentation, 300-307 [Zbl 1027.68881] \textit{Martelli, S.; Acquaroli, F.; Pinskerova, V.; Spettol, A.; Visani, A.}, An anatomical model of the knee joint obtained by computer dissection, 308-314 [Zbl 1027.68876] \textit{Chabanas, Matthieu; Marecaux, Christophe; Payan, Yohan; Boutault, Franck}, Models for planning and simulation in computer assisted orthognatic surgery, 315-322 [Zbl 1027.68774] \textit{Luboz, Vincent; Pedrono, Annaig; Swider, Pascal; Boutault, Frank; Payan, Yohan}, Simulation of the exophthalmia reduction using a finite element model of the orbital soft tissues, 323-330 [Zbl 1027.68872] \textit{Kukuk, Markus; Geiger, Bernhard}, A real-time deformable model for flexible instruments inserted into tubular structures, 331-338 [Zbl 1027.68862] \textit{Li, Zirui; Chui, Chee-Kong; Cai, Yiyu; Amrith, Shantha; Goh, Poh-Sun; Anderson, James H.; Teo, Jeremy; Liu, Cherine; Kusuma, Irma; Siow, Yee-Shin; Nowinski, Wieslaw L.}, Modeling of the human orbit from MR images, 339-347 [Zbl 1027.68868] \textit{de Bruin, P. W.; van Meeteren, P. M.; Vos, F. M.; Vossepoel, A. M.; Post, F. H.}, Accurate and high quality triangle models from 3D grey scale images, 348-355 [Zbl 1027.68786] \textit{Hayashibe, Mitsuhiro; Suzuki, Naoki; Hattori, Asaki; Nakamura, Yoshihiko}, Intraoperative fast 3D shape recovery of abdominal organs in laparoscopy, 356-363 [Zbl 1027.68822] \textit{Fleute, M.; Lavallée, S.; Desbat, L.}, Integrated approach for matching statistical shape models with intra-operative 2D and 3D data, 364-372 [Zbl 1027.68802] \textit{Paulsen, Rasmus; Larsen, Rasmus; Nielsen, Claus; Laugesen, Søren; Ersbøll, Bjarne}, Building and testing a statistical shape model of the human ear canal, 373-380 [Zbl 1027.68912] \textit{Dubb, Abraham; Avants, Brian; Gur, Ruben; Gee, James}, Shape characterization of the corpus callosum in schizophrenia using template deformation, 381-388 [Zbl 1027.68795] \textit{Fan, Shao; Voon, Ling Keck; Sing, Ng Wan}, 3D prostate surface detection from ultrasound images based on level set method, 389-396 [Zbl 1027.68798] \textit{Martín, Marcos; Alberola, Carlos}, A Bayesian approach to in vivo kidney ultrasound contour detection using Markov random fields, 397-404 [Zbl 1027.68878] \textit{Watanabe, Masao; Kikinis, Ron; Westin, Carl-Fredrik}, Level set based integration of segmentation and computational fluid dynamics for flow correction in phase contrast angiography, 405-412 [Zbl 1027.68970] \textit{Osareh, Alireza; Mirmehdi, Majid; Thomas, Barry; Markham, Richard}, Comparative exudate classification using support vector machines and neural networks, 413-420 [Zbl 1027.68906] \textit{Lamecker, Hans; Lange, Thomas; Seebass, Martin}, A statistical shape model for the liver, 421-427 [Zbl 1027.68863] \textit{Larsen, Rasmus; Hilger, Klaus Baggesen; Wrobel, Mark C.}, Statistical 2D and 3D shape analysis using non-Euclidean metrics, 428-435 [Zbl 1027.68864] \textit{Vohra, N.; Vemuri, B. C.; Rangarajan, A.; Gilmore, R. L.; Roper, S. N.; Leonard, C. M.}, Kernel Fisher for shape based classification in epilepsy, 436-443 [Zbl 1027.68966] \textit{Hilger, Klaus B.; Stegmann, Mikkel B.; Larsen, Rasmus}, A noise robust statistical texture model, 444-451 [Zbl 1027.68828] \textit{Mohamed, Ashraf; Davatzikos, Christos; Taylor, Russell}, A combined statistical and biomechanical model for estimation of intra-operative prostate deformation, 452-460 [Zbl 1027.68892] \textit{Tomaževič, Dejan; Likar, Boštjan; Pernuš, Franjo}, ``Gold standard'' 2D/3D registration of X-ray to CT and MR images, 461-468 [Zbl 1027.68957] \textit{Rohlfing, Torsten; Maurer, Calvin R. jun.}, A novel image similarity measure for registration of 3-D MR images and X-ray projection images, 469-476 [Zbl 1027.68928] \textit{Imamura, Hiroshi; Ida, Noriaki; Sugimoto, Naozo; Eiho, Shigeru; Urayama, Shin-ichi; Ueno, Katsuya; Inoue, Kanji}, Registration of preoperative CTA and intraoperative fluoroscopic images for assisting aortic stent grafting, 477-484 [Zbl 1027.68837] \textit{Nakajima, Yoshikazu; Tamura, Yuichi; Sato, Yoshinobu; Tashiro, Takahito; Sugano, Nobuhiko; Yonenobu, Kazuo; Yoshikawa, Hideki; Ochi, Takahiro; Tamura, Shinichi}, Preoperative analysis of optimal imaging orientation in fluoroscopy for voxel-based 2-D/3-D registration, 485-492 [Zbl 1027.68899] \textit{Masumoto, Jun; Sato, Yoshinobu; Hori, Masatoshi; Murakami, Takamichi; Johkoh, Takeshi; Nakamura, Hironobu; Tamura, Shinichi}, A new similarity measure for nonrigid volume registration using known joint distribution of target tissue: Application to dynamic CT data of the liver, 493-500 [Zbl 1027.68880] \textit{Hipwell, John H.; Penney, Graeme P.; Cox, Tim C.; Byrne, James V.; Hawkes, David J.}, 2D-3D intensity based registration of DSA and MRA -- A comparison of similarity measures, 501-508 [Zbl 1027.68829] \textit{Kherif, Ferath; Flandin, Guillaume; Ciuciu, Philippe; Benali, Habib; Simon, Olivier; Poline, Jean-Baptiste}, Model based spatial and temporal similarity measures between series of functional magnetic resonance images, 509-516 [Zbl 1027.68852] \textit{McLaughlin, Robert A.; Hipwell, John; Hawkes, David J.; Noble, J. Alison; Byrne, James V.; Cox, Tim}, A comparison of 2D-3D intensity-based registration and feature-based registration for neurointerventions, 517-524 [Zbl 1027.68886] \textit{Chung, Albert C. S.; Wells, William M. III; Norbash, Alexander; Grimson, W. Eric L.}, Multi-modal image registration by minimising Kullback-Leibler distance, 525-532 [Zbl 1027.68778] \textit{Sinha, Tuhin K.; Cash, David M.; Weil, Robert J.; Galloway, Robert L.; Miga, Michael I.}, Cortical surface registration using texture mapped point clouds and mutual information, 533-540 [Zbl 1027.68945] \textit{D'Agostino, E.; Maes, F.; Vandermeulen, D.; Suetens, P.}, A viscous fluid model for multimodal non-rigid image registration using mutual information, 541-548 [Zbl 1027.68782] \textit{Soza, Grzegorz; Bauer, Michael; Hastreiter, Peter; Nimsky, Christopher; Greiner, Günther}, Non-rigid registration with use of hardware-based 3D Bézier functions, 549-556 [Zbl 1027.68947] \textit{Nielsen, M.; Johansen, P.; Jackson, A. D.; Lautrup, B.}, Brownian warps: A least committed prior for non-rigid registration, 557-564 [Zbl 1027.68904] \textit{Hartkens, T.; Hill, D. L. G.; Castellano-Smith, A. D.; Hawkes, D. J.; Maurer, C. R. jun.; Martin, A. J.; Hall, W. A.; Liu, H.; Truwit, C. L.}, Using points and surfaces to improve voxel-based non-rigid registration, 565-572 [Zbl 1027.68819] \textit{Nain, Delphine; Haker, Steven; Grimson, W. Eric L.; Cosman, Eric jun.; Wells, William W.; Ji, Hoon; Kikinis, Ron; Westin, Carl-Fredrik}, Intra-patient prone to supine colon registration for synchronized virtual colonoscopy, 573-580 [Zbl 1027.68898] \textit{Suárez, Eduardo; Westin, Carl-Fredrik; Rovaris, Eduardo; Ruiz-Alzola, Juan}, Nonrigid registration using regularized matching weighted by local structure, 581-589 [Zbl 1027.68949] \textit{Hellier, P.; Ashburner, J.; Corouge, I.; Barillot, C.; Friston, K. J.}, Inter subject registration of functional and anatomical data using SPM, 590-597 [Zbl 1027.68826] \textit{Pommert, Andreas; Höhne, Karl Heinz}, Evaluation of image quality in medical volume visualization: The state of the art, 598-605 [Zbl 1027.68916] \textit{Wang, Zhenlan; Chui, Chee-Kong; Ang, Chuan-Heng; Nowinski, Wieslaw L.}, Shear-warp volume rendering algorithms using linear level octree for PC-based medical simulation, 606-614 [Zbl 1027.68969] \textit{McGraw, T.; Vemuri, B. C.; Wang, Z.; Chen, Y.; Rao, M.; Mareci, T.}, Line integral convolution for visualization of fiber tract maps from DTI, 615-622 [Zbl 1027.68884] \textit{Pommert, Andreas; Tiede, Ulf; Höhne, Karl Heinz}, On the accuracy of isosurfaces in tomographic volume visualization, 623-630 [Zbl 1027.68915] \textit{Hayashi, Yuichiro; Mori, Kensaku; Hasegawa, Jun-ichi; Suenaga, Yasuhito; Toriwaki, Jun-ichiro}, A method for detecting undisplayed regions in virtual colonoscopy and its application to quantitative evaluation of fly-through methods, 631-638 [Zbl 1027.68821] \textit{Rösch, Peter; Netsch, Thomas; Quist, Marcel; Weese, Jürgen}, 3D respiratory motion compensation by template propagation, 639-646 [Zbl 1027.68927] \textit{Schmanske, Brian M.; Loew, Murray H.}, An efficient observer model for assessing signal detection performance of lossy-compressed images, 647-654 [Zbl 1027.68937] \textit{Corouge, Isabelle; Barillot, Christian}, Statistical modeling of pairs of sulci in the context of neuroimaging probabilistic atlas, 655-662 [Zbl 1027.68781] \textit{Freire, L.; Mangin, J.-F.}, Two-stage alignment of fMRI time series using the experiment profile to discard activation-related bias, 663-670 [Zbl 1027.68805] \textit{Wang, Fei; Davis, Thomas E.; Vemuri, Baba C.}, Real-time DRR generation using cylindrical harmonics, 671-678 [Zbl 1027.68967] \textit{Yamagishi, Tetsuya; Höhne, Karl Heinz; Saito, Taku; Abe, Kimihiko; Ishida, Jiro; Nishimura, Ryuko; Kudo, Tadashi}, Strengthening the potential of magnetic resonance cholangiopancreatography (MRCP) by a combination of high-resolution data acquisition and omni-directional stereoscopic viewing, 679-686 [Zbl 1027.68972]
scientific article; zbMATH DE number 1910529