Technical Sessions
| SUNDAY | |||
| 8:00 -- 9:30 | Welcome, Surgical Planning | ||
| Jens Richolt |
Planning and evaluation of reorienting osteotomies of the proximal
femur in cases of SCFE using virtual three dimensional models |
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| Zohara Cohen |
Computer-aided surgical planning of patellofemoral joint OA
surgery: developing physical models from patient MRI |
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| Benoit Mollard |
Computer assisted orthognathic surgery |
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| Leo Joskowicz | Computer-Aided Image-Guided Bone Fracture Surgery: Modeling, Visualization, and Preoperative Planning | ||
| 9:30 -- 10:00 | Break | ||
| 10:00 -- 11:30 | Surgical Navigation and Measurements | ||
| RE Ellis | A surgical planning and guidance system for high tibial osteotomies | ||
| Calvin Maurer | Measurement of intraoperative brain surface deformation under a craniotomy | ||
| Eric Grimson | Clinical experience with a high precision image-guided neurosurgery | ||
| Alexandra Chabrerie |
Three-dimensional reconstruction and surgical navigation in pediatric epilepsy surgery |
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| Lionel Carrat |
Treatment of pelvic ring fractures: percutaneous computer assisted iliosacral screwing |
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| 11:30 -- 12:00 | Poster Teasers | ||
| 12:00 -- 1:15 | Lunch | ||
| 1:15 -- 2:06 | Plenary Talk | ||
| Ferenc Jolesz | The Operating Room of the 21st Century | ||
| 2:06 -- 3:00 | Cardiac Image Analysis | ||
| Alistair Young |
Model Tags: Direct 3D Tracking of Heart Wall Motion from Tagged Magnetic Resonance Images |
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| Florence Sheehan | Quantitative three dimensional echocardiography: methodology, validation, and clinical applications | ||
| Amir Amini | Measurement of 3D Motion of Myocardial Material Points from Explicit B-Surface Reconstruction of Tagged Data | ||
| 3:00 -- 4:30 | Poster Session | ||
| 4:30 -- 6:00 | Medical Robotics | ||
| Brian Davies | A robotic approach to HIFU based neurosurgery | ||
| Naoki Suzuki | Virtual surgery system using deformable organ models and force feedback system with three fingers | ||
| Dan Stoianovici | A modular surgical robotic system for image guided percutaneous procedures | ||
| Koji Ikuta | Optimum designed micro active forceps with built-in fiberscope for retinal microsurgery | ||
| Anthony DiGioia | Gauging clinical practice: surgical navigation for total hip replacement | ||
| MONDAY | |||
| 8:00 -- 9:30 | Segmentation | ||
| Simon Warfield | Adaptive template moderated spatially varying statistical classification | ||
| Alex Zijdenbos | Automatic Quantification of MS lesions in 3d MRI brain data sets: validation of INSECT | ||
| K. Kanazawa | Computer-aided diagnostic system for pulmonary nodules using helical CT images | ||
| Tina Kapur | Enhanced spatial priors for segmentation of magnetic resonance imagery | ||
| Guido Gerig | Exploring the discrimination power of the time domain for segmentation and characterization of lesions in serial MR data | ||
| 9:30 -- 10:00 | Break | ||
| 10:00 -- 11:30 | Computational Neuroanatomy | ||
| Jerry Prince | Reconstruction of the central layer of the human cerebral cortex from MRI images | ||
| Fabrice Poupon | Regularization of MR diffusion tensor maps for tracking brain white matter bundles | ||
| Miguel Ballester | Measurement of Brain Structures based on statistical and geometrical 3D segmentation | ||
| G. LeGoualher | Automatic Identification of Cortical Sulci Using A 3D Probabilistic Atlas | ||
| Xialoan Zeng | Segmentation and measurement of the cortex from 3D MR images | ||
| 11:30 -- 12:00 | Poster Teasers | ||
| 12:00 -- 1:15 | Lunch | ||
| 1:15 -- 2:06 | Plenary Talk | ||
| Russell Taylor | Computer-Integrated Surgery: Coupling Information with Action in the 21st Century | ||
| 2:06 -- 3:00 | Biomechanics | ||
| Stelios Kyriacou | A biomechanical model of soft tissue deformation, with applications to non-rigid registration of brain images with tumor pathology | ||
| Wendy Murray | Building biomechanical models based on medical image data: an assessment of model accuracy | ||
| G Szekely | Modelling of soft tissue deformation for laparoscopic surgery simulation | ||
| 3:00 -- 4:30 | Poster Session | ||
| 4:30 -- 6:00 | Feature Extraction and Image-Based Measurements | ||
| Miguel Parada | 2D+T Boundary Detection in Echocardiography | ||
| Dale Wilson | Automatically finding optimal working projections for the endovascular coiling of intracranial aneurysms | ||
| Bert Verdonck | Computer assisted quantitative analysis of deformations of the human spine | ||
| Martin Berger | Motion measurements in low contrast X-ray imagery | ||
| Derek Hill | Pitfalls in the comparison of functional magnetic resonance imaging and invasive electrophysiology recordings | ||
| TUESDAY | |||
| 8:00 -- 9:30 | Medical Image-Based Modeling | ||
| Bernhard Pflesser | Specification, modelling and visualization of cut surfaces in the volume model | ||
| Tim McInerney | An object-based volumetric deformable atlas for the improved localization of neuroanatomy in MR images | ||
| Kensaku Mori | Automated assignment procedure of anatomical names of bronchial branches basing upon knowledge base and its application to virtual endoscope system | ||
| Markus Fleute | Incorporating a statistically based shape model into a system for computer assisted ACL surgery | ||
| Sarah Gibson | Constrained elastic surface nets: generating smooth surfaces from binary segmented data | ||
| 9:30 -- 10:00 | Break | ||
| 10:00 -- 11:30 | Medical Simulation | ||
| R. O'Toole | Assessing skill and learning in surgeons and medical students using a force feedbafck surgical simulator | ||
| Paul Neumann | Virtual reality simulation of vitrectomy | ||
| Filip Schutyser | An experimental image guided surgery simulator for hemicriolaryngectomy and reconstruction by tracheal autotransplantation | ||
| Toshio Nakagohri | Virtual endoscopy of mucin-producing pancreas tumors | ||
| Henry Fuchs | Augmented reality visualization for laparascopic surgery | ||
| 11:30 -- 12:00 | Poster Teasers | ||
| 12:00 -- 1:15 | Lunch | ||
| 1:15 -- 2:06 | Plenary Talk | ||
| Philippe Cinquin | European Research in "Medical Image Computing and Computer Assisted Interventions" | ||
| 2:06 -- 3:20 | Medical Image Registration | ||
| CR Meyer | Evaluation of control point selection in automatic, mutual information driven, 3D warping | ||
| Alan Liu | 3D/2D registration via skeletal near projective invariance in tubular objects | ||
| F. Bello | Measuring global and local spatial correspondence using information theory | ||
| Louis Collins | Non-linear cerebral registration with sulcal constraints | ||
| 3:20 -- 4:50 | Poster Session | ||
| SUNDAY POSTER SESSION | ||
| CARDIAC ANALYSIS | ||
| A. Frangi | Multiscale vessel enhancement filtering | |
| O. Wink | Fast quantification of abdominal aortic aneurysms from CTA volumes | |
| Andreas Wahle | 3-D Fusion of Biplane Angiography and Intravascular Ultrasound for Accurate Visualization and Volumetry | |
| Timothy Jones | Patient-specific analysis of left ventricular blood flow | |
| Amir Amini | Dense 2d displacement reconstruction from SPAMM-MRI with constrained elastic splines: implementation and validation | |
| Edith Haber | Motion analysis of the right ventricle from MRI images | |
| Albert Lardo | Magnetic resonance guided radiofrequency ablation: creation and visualization of cardiac lesions | |
| MEDICAL ROBOTIC SYSTEMS | ||
| B Poulouse | Human versus robotic organ retraction during laparoscopic nissen fundoplication | |
| Etsuko Kobayashi | A new laparoscope manipulator with an optical zoom | |
| Ken Masamune | A newly development of sterotactic catheter insertion robot with detachable drive for neurosurgery | |
| Scott Hadley | Calibration of video cameras to the coordinate system of a radiation therapy treatment machine | |
| Mike Blackwell | An image overlay system for medical data visualization | |
| SURGICAL SYSTEMS AND SIMULATORS | ||
| Ramin Shahidi | Volumetric image navigation via a stereotactic endoscope | |
| Qinghang Li | The application accuracy of the frameless implantable marker system and analysis of related affecting factors | |
| Ivan Bricault | Multi-level strategy for computer-assisted transbronchial biopsy | |
| Guillaume Champleboux | A fast, accurate and easy method to position oral implant using computed tomography. Clinical validations | |
| Fabrice Chassat | Experimental protocol for accuracy evaluation of 6-d localizers for computer-integrated surgery: application to four optical local | |
| Jianchao Zeng | Visualization and evaluation of prostate needle biopsy | |
| Koji Ikuta | Virtual endoscope system with force sensation | |
| KimVang Hansen | Finite element modelling of the human brain - an approach to brain-surgery simulation | |
| R. vanderWeide | Image Guidance of endovascular interventions on a clinical MR scanner | |
| Leo Joskowicz | Fluroscopic image processing for computer-aided orthopaedic surgery | |
| Anthony Hodgson | Probe design to robustly locate anatomical features | |
| W Birkfellner | Concepts and results in the development of a hybrid tracking system for computer aided surgery | |
| Wolfgang Freysinger | Computer-assisted interstitial brachytherapy: an initial pictoral report | |
| Yue-Joseph Wang | A virtual environment for prostate needle biopsy simulation | |
| James Thompson | Human factors in tele-inspection and tele-surgery: cooperative manipulation under asynchronous video and control feedback | |
| James Chen | Computer assisted coronary intervention by use of on-line 3d reconstruction and optimal view strategy | |
| MONDAY POSTER SESSION | ||
| DETECTION | ||
| Olivier Colot | A Colour image processing method for melanoma detection | |
| Reyer Zwiggelaar | Abnormal masses in mammograms: detection using scale-oriented signatures | |
| Dimitrios Ekatodramis | Detecting and infering brain activation from functional MRI by hypothesis-testing based on the likelihood ratio | |
| DATA ACQUISITION AND PROCESSING | ||
| Erik Meijering | A fast technique for motion correction in DSA using a feature-based,irregular grid | |
| Armando Manduca | Autofocusing of clinical shoulder MR images for correction of motion artifacts | |
| Armando Manduca | Reconstruction of elasticity and attenuation maps in shear wave imaging: an inverse approach | |
| John Sled | Understanding intensity non-uniformity in MRI | |
| NEUROSURGERY AND NEUROSCIENCE | ||
| M. Navab | 3D reconstruction from projection matrices in a C-arm based 3D-angiography system | |
| Pakaj Saxena | An automatic threshold-based scaling method for enhancing the usefulness of Tc-HMPAO SPECT in the diagnosis of alzheimer's disease | |
| Alexandre Guimond | Automatic computation of average brain models | |
| Oskar Skrinjar | Brain shift modeling for use in neurosurgery | |
| David MacDonald | Proximity constraints in deformable models for cortical surface identification | |
| Peter Hastreiter | Fast Analysis of Intracranial Anerysms based on Interactive Direct volume Rendering and CT-Angiography | |
| Arthur Liu | Visualizing spatial resolution of linear estimation techniques of electromagnetic brain activity localization | |
| BIOMECHANICS AND KINEMATICS | ||
| Markus Schill | Biomechanical simulation of the vitreous humor in the eye using an enhanced chainmail algorithm | |
| Yohan Payan | A biomechanical model of the human tongue and its clinical implications | |
| Joseph Crisco | Three-dimensional joint kinematics using bone surface registration: a computer assisted approach with an application to the wrist | |
| C. Nikou | Range of motion after total hip arthroplasty: simulation of non-axisymmetric implants | |
| SHAPE ANALYSIS AND MODELS | ||
| Per-Ronsholt Andresen | 4D shape-preserving modelling of bone growth | |
| Polina Golland | AnatomyBrowser: a framework for integration of medical information | |
| Chi-Keung Tang | Automatic, accurate surface model inference for dental CAD/CAM | |
| Michael Miga | Initial in-vivo analysis of 3d heterogeneous brain computations for model-updated image-guided neurosurgery | |
| Chhandomay Mandal | A new dynamic FEM-based subdivision surface model for shape recovery and tracking in medical images | |
| Guillaume Calmon | Automatic quantification of changes in the volume of brain structures | |
| Sylvain Prima | Automatic analysis of normal brain dissymmetry of males and females in MR images | |
| Jacob Furst | Marching optimal-parameter ridges: an algorithm to extract shape loci in 3D images | |
| Fred Bookstein | Singularities as Features of Deformation Grids | |
| Andres Kriete | Morphological analysis of terminal air spaces by means of micro-CT and confocal microscopy and simulation within a functional mode | |
| TUESDAY POSTER SESSION | ||
| PLANNING | ||
| Kris Verstreken | A double scanning procedure for visualisation of radiolucent objects in soft tissues: application to oral implant surgery planning | |
| SJ Harris | Interactive pre-operative selection of cutting constraints, and interactive force controlled knee surgery by a surgical robot | |
| Luis Serra | Multimodal volume-based tumor neurosurgery planning in the virtual workbench | |
| ULTRASOUND | ||
| Richard Prager | Real-time tools for freehand 3D ultrasound | |
| Heinrich Overhoff | Computerbased determination of the newborn's femoral head coverage using three-dimensional ultrasound scans | |
| D. Henry | Ultrasound imaging simulation: application to the diagnosis of deep venous thromboses of lower limbs | |
| Andrew Bzostek | Isolating moving anatomy in ultrasound without anatomical knowledge: application to computer-assisted pericardial punctures | |
| A. Moreau-Gaudry | A new branching model: application to carotid ultrasonic data | |
| REGISTRATION | ||
| Michael Leventon | Multi-modal volume registration using joint intensity distributions | |
| Nobuhiko Hata | Multi-modality deformable regristration of pre-and intra-operative images for MRI-guided brain surgery | |
| Ravi Bansal | A novel approach for the registration of 2D portal and 3D CT images for treatment setup verification in radiotherapy | |
| Richard Robb | Multimodality imaging for epilepsy diagnosis and surgical focus localization: Three-dimensional image correlation and dual isotope | |
| Tom Gaens | Non-rigid multimodal image registration using mutual information | |
| Xavier Pennec | Feature-based registration of medical images | |
| Alexis Roche | The correlation ratio as new similarity metric for multimodal image registration | |
| Yasuyo Kita | Real-time registration of 3D cerebral vessels to X-ray angiograms | |
| Fabrice Poupon | Multi-object deformable templates dedicated to the segmentation of brain deep structures | |
| Daniel R|ckert | Non-rigid registration of breast MR images using mutual information | |
| Graeme Penney | A comparison of similarity measures for use in 2D-3D medical image registration | |
| Yongmei Wang | Physical model based non-rigid registration incorporating statistical shape information | |
| Karl Rohr | Image Registration Based on Thin-Plate Splines and Local Estimates of Ansiotropic Landmark Localization Uncertainties | |
| SEGMENTATION | ||
| Thomas Sebastian | Segmentation of carpal bones from 3d CT images using skeletally coupled deformable models | |
| Liana Lorigo | Segmentation of bone in clinical knee MRI using texture-based geodesic active contours | |
| Carl-Fredrik Westin | Tensor controlled local structure enhancement of CT images for bone segmentation | |
| Jyrki Lotjonen | Segmentation of magnetic resonance images using 3D deformable models | |
| Koen vanLeemput | Automatic segmentation of brain tissues and MR bias field correction using a digital brain atlas | |
| J-F Mangin | Robust brain segmentation using histogram scale-space analysis and mathematical morphology | |
| Yoshitaka Masutani | Vascular shape segmentation and structure extraction using a shape-based region-growing model |