CVRMed-MRCAS 1997: Grenoble, France

1. Segmentation and deformable models

• Morten Bro-Nielsen, Claus Gramkow, Sven Kreiborg:
  Non-rigid image registration using bone growth model. 3-12
  
• Johan Montagnat, Hervé Delingette:
  Volumetric medical images segmentation using shape constrained deformable models. 13-22
  
• Tim McInerney, Demetri Terzopoulos:
  Medical image segmentation using topologically adaptable surfaces. 23-32
  
• Jérôme Declerck, Jacques Feldmar, Nicholas Ayache:
  Definition of a 4D continuous polar transformation for the tracking and the analysis of LV motion. 33-42
  
• Daniel Rueckert, Peter Burger:
  Shape-based segmentation and tracking in 4D cardiac MR images. 43-52
  
• Timothy N. Jones, Dimitris N. Metaxas:
  Segmentation using deformable models with affinity-based localization. 53-62
  
• James C. Gee, David R. Haynor, Lionel Le Briquer, Ruzena Bajcsy:
  Advances in elastic matching theory and its implementation. 63-72
  
• Jean-José Jacq, Christian Roux:
  Automatic detection of articular surfaces in 3D image through minimal subset random sampling. 73-82
  
• Herve Delingette:
  Decimation of iso-surfaces with deformable models. 83-92
  
• Uldis Bite, Patricia Yugueros, Sarvam TerKonda, Dougal D'Souza:
  Comparative estimation of orbital three dimensional CT measurements utilizing ANALYZE^TM. 93-96
  

2. 3D/2D registration

• Alan Liu, Elizabeth Bullitt, Stephen M. Pizer:
  Surgical instrument guidance using synthesized anatomical structures. 99-108
  
• Ali Hamadeh, Philippe Cinquin:
  Kinematic study of lumbar spine using functional radiographies and 3D/2D registration. 109-118
  
• Jürgen Weese, Thorsten M. Buzug, Cristian Lorenz, Carola Fassnacht:
  An approach to 2D/3D registration of a vertebra in 2D X-ray fluoroscopies with 3D CT images. 119-128
  
• Jacques Feldmar, Grégoire Malandain, Nicholas Ayache, Sara Fernández-Vidal, Eric Maurincomme, Yves Trousset:
  Matching 3D MR angiography data and 2D X-ray angiograms. 129-138
  

3. Validation of registration techniques

• Randy E. Ellis, David J. Fleet, J. Tim Bryant, J. Rudan, P. Fenton:
  A method for evalutating CT-based surgical registration. 141-150
  
• Jay B. West, J. Michael Fitzpatrick, Matthew Y. Wang, Benoit M. Dawant, Calvin R. Maurer Jr., Robert M. Kessler, Robert J. Maciunas:
  Retrospective intermodality registration techniques: surface-based versus volume-based. 151-160
  
• Karel C. Strasters, John A. Little, Johannes Buurman, Derek L. G. Hill, David J. Hawkes:
  Anatomical landmark image registration: validation and comparison. 161-170
  
• Morten Bro-Nielsen:
  Rigid registration of CT, MR and cryosection images using a GLCM framework. 171-180
  
• David A. Simon, Takeo Kanade:
  Geometric constraint analysis and synthesis: methods for improving shape-based registration accuracy. 181-190
  

4. Analysis of cardiac and vascular images

• Abhir Bhalerao, Carl-Fredrik Westin, Ron Kikinis:
  Unwrapping phase in 3D MR phase contrast angiograms. 193-202
  
• Thorsten M. Buzug, Jürgen Weese, Carola Fassnacht, Cristian Lorenz:
  Image registration: convex weighting functions for histogram-based similarity measures. 203-212
  
• Yoshinobu Sato, Shin Nakajima, Hideki Atsumi, Thomas Koller, Guido Gerig, Shigeyuki Yoshida, Ron Kikinis:
  3D Multi-scale line filter for segmentation and visualization of curvilinear structures in medical images. 213-222
  
• Thomas O'Donnell, Alok Gupta, Terrance E. Boult:
  A new model for the recovery of cylindrical structures from medical image data. 223-232
  
• Cristian Lorenz, I.-C. Carlsen, Thorsten M. Buzug, Carola Fassnacht, Jürgen Weese:
  Multi-scale line segmentation with automatic estimation of width, contrast and tangential direction in 2D and 3D medical images. 233-242
  
• V. Juhan, B. Nazarian, K. Malkani, Rémy Bulot, J. M. Bartoli, Jean Sequeira:
  Geometrical modeling of abdominal aortic aneurysms. 243-252
  
• Thomas Berlage:
  Augmented reality for diagnosis based on ultrasound images. 253-262
  
• Guillaume Champleboux, Delphine Henry:
  Parametric two-dimensional B-spline representation of vein and artery from 2.5D echography used to aid virtual echography. 263-272
  
• Theo van Walsum, Karel J. Zuiderveld, John W. C. Chin-A-Woeng, Bert C. Eikelboom, Max A. Viergever:
  CT-based simulation of fluoroscopy and DSA for endovascular surgery training. 273-282
  

5. Image-guided punctures of soft tissues

• Olivier Chavanon, Catherine Barbe, Jocelyne Troccaz, Lionel Carrat, Christophe Ribuot, Dominique Blin:
  Computer-ASsisted PERicardial punctures: animal feasibility study. 285-294
  
• Dan Stoianovici, Jeffrey A. Cadeddu, Roger D. Demaree, Stephen A. Basile, Russell H. Taylor, Louis L. Whitcomb, William N. Sharpe, Louis R. Kavoussi:
  An efficient needle injection technique and radiological guidance method for percutaneous procedures. 295-298
  
• Andrew Bzostek, S. Schreiner, Aaron C. Barnes, Jeffrey A. Cadeddu, W. W. Roberts, James H. Anderson, Russell H. Taylor, Louis R. Kavoussi:
  An automated system for precise percutaneous access of the renal collecting system. 299-308
  

6. Basic tools and applications in endoscopy

• Cletus von Pichler, Klaus Radermacher, Wieland Boeckmann, Gerhard Jakse, Günther Rau:
  3D Visualization for image guided surgery - a case study in video endoscopy. 311-314
  
• Ludwig M. Auer, Dorothee Auer, Jérome F. Knoplioch:
  Virtual endoscopy for planning and simulation of minimally invasive neurosurgery. 315-318
  
• Tushar M. Goradia, Russell H. Taylor, Ludwig M. Auer:
  Robot-assisted minimally invasive neurosurgical procedures: first experimental experience. 319-322
  
• Kambiz Darabi, Klaus Resch, J. Weinert, Udo Jendrysiak, Axel Perneczky:
  Real and simulated endoscopy of neurosurgical approaches in an anatomical model. 323-326
  
• Rolf Hauser, Birgit Westermann, Rudolf Probst:
  Non-invasive 3D patient registration for image-guided intranasal surgery - experimental and clinical results. 327-336
  
• Marc-Emmanuel Bellemare, Pascal Haigron, Jean-Louis Coatrieux:
  Toward an active three dimensional navigation system in medical imaging. 337-346
  
• Anne-Claire Jambon, Patrick Dubois, Sylvain Karpf:
  A low-cost training simulator for initial formation in gynecologic laparoscopy. 347-356
  
• Guo-Qing Wei, Klaus Arbter, Gerd Hirzinger:
  Automatic tracking of laparoscopic instruments by color coding. 357-366
  

7. Simulation and augmented reality

• Sarah F. Frisken Gibson, Joseph Samosky, Andrew B. Mor, Christina Fyock, W. Eric L. Grimson, Takeo Kanade, Ron Kikinis, Hugh C. Lauer, Neil McKenzie, Shin Nakajima, TakaHide Ohkami, Randy Osborne, Akira Sawada:
  Simulating arthroscopic knee surgery using volumetric object representations, real-time volume rendering and haptic feedback. 369-378
  
• Emmanuel Promayon, Pierre Baconnier, Claude Puech:
  Physically-based model for simulating the human trunk respiration movements. 379-388
  
• Jonathan M. Kaye, Dimitris N. Metaxas, Frank P. Primiano Jr.:
  A 3D virtual environment for modeling mechanical cardiopulmonary interactions. 389-398
  
• Jeffrey W. Berger, Michael E. Leventon, Nobuhiko Hata, William M. Wells III, Ron Kikinis:
  Design considerations for a computer-vision-enabled ophthalmic augmented reality environment. 399-408
  
• F. Peugnet, Patrick Dubois, Jean-François Rouland:
  Clinical assessment of a training simulator for retinal photocoagulation. 409-412
  
• David J. Vining, David R. Stelts, David K. Ahn, Paul F. Hemler, Yaorong Ge, Gordon W. Hunt, Christopher Siege, Daniel B. McCorquodale, Mark E. Sarojak, Gilbert Ferretti:
  Freeflight: a virtual endoscopy system. 413-416
  
• Ivan Bricault:
  A fast morphology-based registration - application to computer-assisted bronchoscopy. 417-426
  
• Yoshitaka Masutani, Takeyoshi Dohi, Fumitaka Yamane, Hiroshi Iseki, Kintomo Takakura:
  Interactive virtualized display system for intravascular neurosurgery. 427-435
  

8. Brain models and neurosurgery

• Anne Manceaux-Demiau, Jean-Francois Mangin, Jean Régis, Olivier Pizzato, Vincent Frouin:
  Differential features of cortical folds. 439-448
  
• Derek L. G. Hill, Calvin R. Maurer Jr., Matthew Y. Wang, Robert J. Maciunas, John A. Barwise, J. Michael Fitzpatrick:
  Estimation of intraoperative brain surface movement. 449-458
  
• Richard D. Bucholz, David D. Yeh, Jason Trobaugh, Leslie L. McDurmont, Christopher D. Sturm, Carol Baumann, Jaimie M. Henderson, Ari Levy, Paul Kessman:
  The correction of stereotactic inaccuracy caused by brain shift using an intraoperative ultrasound device. 459-466
  
• Marc Vaillant, Christos Davatzikos, Russell H. Taylor, R. Nick Bryan:
  A path-planning algorithm for image-guided neurosurgery. 467-476
  
• Gil J. Ettinger, Michael E. Leventon, W. Eric L. Grimson, Ron Kikinis, V. Gugino, Wayne Cote, Larry Sprung, Linda Aglio, Martha Elizabeth Shenton, Geoff Potts, Eben Alexander:
  Experimentation with a transcranial magnetic simulation system for functional brain mapping. 477-486
  
• Octave Migneco, Jean-Philippe Thirion, Michel Benoit, Grégoire Malandain, Philippe Robert, Nicholas Ayache, Jacques Darcourt:
  SPECT memory activation studies thanks to non-rigid automated 3D image registration. 487-490
  
• Véronique Bouchard, Philippe Cinquin, Laurent Desbat, Anne François Joubert, Stéphane Lavallée, Olivier Péria:
  A priori registration of SPECT projections and MR/CT images for SPECT reconstruction improvement. 491-500
  
• Alan C. F. Colchester, Jason Zhao, N. L. Dorward, Gérard Subsol, D. G. T. Thomas:
  Comparison of phantom target localization by frame-based stereotaxy and using the VISLAN system. 501-510
  
• G. H. Alusi, A. C. Tan, Alf D. Linney, K. Raoof, Alexa Wright:
  Three dimensional tracking with ultrasound for augmented reality applications in skull base surgery. 511-517
  

9. Basic tools and applications in spine surgery

• Alexander H. W. van Eeuwijk, Steven Lobregt, Frans A. Gerritsen:
  A novel method for digital X-ray imaging of the complete spine. 521-530
  
• Neil D. Glossop, Richard W. Hu:
  Effects of tracking adjacent vertebral bodies during image guided pedicle screw surgery. 531-540
  
• Philippe Merloz, Jerome Tonetti, Ahmad Eid, Claude Faure, Laurence Pittet, Max Coulomb, Pascal Sautot, Olivier Raoult:
  Computer-assisted versus manual spine surgery: clinical report. 541-544
  

10. Basic tools and applications in hip and pelvis surgery

• Heinrich M. Overhoff, Djordje Lazovic, Jörg Franke, Ute von Jan:
  Automatic determination of the newborn's femoral head from three-dimensional ultrasound image data. 547-556
  
• Armin Lahmer, Martin Börner, André Bauer:
  Experiences with an image-guided planning system (ORTHODOC) for cementless hip replacement. 557-560
  
• André Bauer, Martin Börner, Armin Lahmer:
  Robodoc - animal experiment and clinical evaluation. 561-564
  
• D. M. Kahler, R. Zura:
  Evaluation of a computer integrated surgical technique for percutaneous fixation of transverse acetabular fractures. 565-572
  
• Branislav Jaramaz, Constantinos Nikou, David A. Simon, Anthony M. DiGioia:
  Range of motion after total hip arthroplasty: experimental verification of the analytical simulator. 573-582
  
• David A. Simon, Branislav Jaramaz, Mike Blackwell, F. Morgan, Anthony M. DiGioia, E. Kischell, Bruce Colgan, Takeo Kanade:
  Development and validation of a navigational guidance system for acetabular implant placement. 583-592
  
• Richard W. Hu, Neil D. Glossop, David Steven, John Randle:
  Accuracy of image guided placement of iliosacral leg screws. 593-596
  
• Jianxing Gong, Richard Bächler, Marwan Sati, Lutz-Peter Nolte:
  Restricted surface matching: a new approach to registration in computer assisted surgery. 597-605
  
• Klaus Radermacher, Frank Portheine, Andreas Zimolong, Ch. Eichhorn, H.-W. Staudte, Günther Rau:
  Image-guided orthopedic surgery using individual templated - experimental results and aspects of the development of a demonstrator for pelvis surgery. 606-615
  

11. Basic tools and applications in knee surgery

• Marco Fadda, D. Bertelli, Sandra Martelli, Maurilio Marcacci, Paolo Dario, Cristiano Paggetti, D. Caramela, D. Trippi:
  Computer assisted planning for total knee arthroplasty. 619-628
  
• Francois Leitner, Frederic Picard, Richard Minfelde, Hans-Joachim Schulz, Philippe Cinquin, Dominique Saragaglia:
  Computer-assisted knee surgical total replacement. 629-638
  
• S. A. Banks, A. Z. Banks, T. V. S. Klos, F. F. Cook:
  A simple fluoroscopy based technique for assessing 3D knee kinematics before, during, and after surgery. 639-643
  
• Sandra Martelli, Ammar Joukhadar, Stefano Zaffagnini, Maurilio Marcacci:
  Development and validation of a fiber-based ACL model for surgical simulations. 644-652
  
• Cristiano Paggetti, T. Ciucci, E. Papa, Benedetto Allotta, Paolo Dario:
  A system for computer assisted arthroscopy. 653-662
  
• Pier Francesco La Palombara, Marco Fadda, Sandra Martelli, Laura Nofrini, Maurilio Marcacci:
  A minimally-invasive 3D data registration protocol for computer and robot-assisted total knee arthroplasty. 663-672
  

12. Basic tools and applications in radiotherapy

• Yann Menguy, Philippe Cinquin, Jocelyne Troccaz, P. Vassal, Jean-Yves Giraud, Andrée Dusserre, Michel Bolla:
  External radiotherapy of prostatic carcinoma: a quadratic optimization of the dose distribution. 675-684
  
• Tuomo Vehkomäki, Guido Gerig, Gábor Székely:
  A user-guided tool for efficient segmentation of medical image data. 685-694
  
• Christian Lappe, Marcus Braun, Stefan Helfert, Frank Hirschfeld, Markus Menke, Otto Pastyr, Volker Sturm, Wolfgang Schlegel:
  Computer-controlled non-invasive patient positioning in fractionated radiotherapy - a videogrammetric system for automatic patient set-up, fast detection of patient motion and online correction of target point misalignment during therapy. 695-704
  
• Pierre-Yves Bondiau, Grégoire Malandain:
  Eye reconstruction and CT-retinography fusion for proton treatment planning of ocular deseases. 705-714
  
• M. van Herk, K. G. A. Gilhuijs, Jan C. de Munck, A. Touw:
  The effect of image artifacts, organ motion and poor segmentation on the reliability and accuracy of 3D chamfer matching. 715-724
  

13. Robotic Systems in Computer-Integrated Surgery

• Jocelyne Troccaz, Michael A. Peshkin, Brian L. Davies:
  The use of localizers, robots and synergistic devices in CAS. 727-736
  
• S. Erbse, Klaus Radermacher, M. Anton, Günther Rau, Wieland Boeckmann, Gerhard Jakse, H.-W. Staudte:
  Development of an automatic surgical holding system based on ergonomic analysis. 737-746
  
• S. Schreiner, James H. Anderson, Russell H. Taylor, Janez Funda, Andrew Bzostek, Aaron C. Barnes:
  A system for percutaneous delivery of treatment with a fluoroscopically-guided robot. 747-756
  
• Sharon J. Harris, W. J. Lin, K. L. Fan, Roger D. Hibberd, Justin Cobb, R. Middleton, Brian L. Davies:
  Experiences with robotic systems for knee surgery. 757-766
  
• G. Brandt, Klaus Radermacher, Stéphane Lavallée, H.-W. Staudte, Günther Rau:
  A compact robot for image-guided orthopedic surgery: concept and preliminary results. 767-776
  

14. Basic tools and applications in tele- and micro-surgery

• Maria Chiara Carrozza, L. Lencioni, Bernardo Magnani, Simona D'Attanasio, Paolo Dario:
  The development of a microrobot system for colonoscopy. 779-788
  
• S. E. Salcudean, S. Ku, G. Bell:
  Performance measurement in scaled teleoperation for microsurgery. 789-798
  
• B. Sean Graves, Joe Tullio, Minyan Shi, J. Hunter Downs III:
  An integrated remote neurosurgical system. 799-808
  
• Peter G. Schulam, Steven G. Docimo, Jeffrey A. Cadeddu, Walid Saleh, Craig Brietenbach, Robert G. Moore, Louis R. Kavoussi:
  Feasability of laparoscopic telesurgery. 809-812
  
• Werner Millesi, Michael Truppe, Franz Watzinger, Arne Wagner, Rolf Ewers:
  Image guided surgery extended by remote stereotactic visualization. 813-816
  
• Wolfgang Freysinger, Michael Truppe, Andreas R. Gunkel, Walter F. Thumfart, Ferenc Pongrácz, J. Maierbaeuerl:
  Interactive telepresence and augmented reality in ENT surgery: interventional video tomography. 817-820
  
• Mamoru Mitsuishi, Hiroyoshi Watanabe, Hirofumi Nakanishi, Hiroyuki Kubota, Yasuhiro Iizuka:
  Dexterity enhancement for a tele-micro-surgery system with multiple macro-micro co-located operation point manipulators and understanding of the operator's intention. 821-830
  

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