Abstracts from the 5th International Workshop on Computer Assisted Surgery & Rapid Prototyping in Medicine, held in Erlangen, Germany on October 14th–16th, 1999

Identifieur interne : 009033 ( Main/Exploration ); précédent : 009032; suivant : 009034

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Abstracts from the 5th International Workshop on Computer Assisted Surgery & Rapid Prototyping in Medicine, held in Erlangen, Germany on October 14th–16th, 1999

Auteurs :

Source :

• Computer Aided Surgery [ 1092-9088 ] ; 2000.

RBID : ISTEX:1C0CA32CE890792E06BC31B8537D0CC88D29C648

Descripteurs français

• Wicri :
  • topic : Ordinateur, Médecine nucléaire, Robotique, Scanner, Simulation, Logiciel, Chirurgien, Chirurgie, Titane, Traumatisme, Réalité virtuelle.

English descriptors

• KwdEn :
  • 2department, Accurate correction, Actual position, Algorithm, Analysis software, Analysis tools, Anatomic shape, Anatomical landmarks, Anatomical structures, Aneurysm, Anterior skull base, Arteriovenous malformations, Artifact, Artifact reduction, Artifact reduction algorithm, Artifact sources, Austria purpose, Axial, Axial slices, Biomechanics, Biomedical engineering, Biomodelling, Biopsy, Bochum, Bone cement, Bone damage, Bone densitometry systems, Bone resection, Bone structures, Bone tumors, Brain shift, Breast lesions, Breast surgery, Building stereolithography models, Canal, Caspar, Central florida, Central line, Central path, Central sulcus, Clinical application, Clinical aspects, Clinical evaluation, Clinical usefulness, Closest node, Cochlear, Cochlear implantation, Colon, Colon path, Computer, Computer simulation, Computer technology, Computerassisted surgery, Consecutive patients, Contour extraction, Core biopsy, Coronal slices, Corresponding pixels, Corresponding points, Corresponding titanium implants, Craniomaxillofacial surgery, Data acquisition, Data sets, Data transfer, Defect, Detection methods, Diagnostic radiology, Diagnostische radiologie, Different techniques, Distal medullary canal, Drilling holes, Ducial, Ducial markers, Easy analysis, Easyguide neuro, Ectopic bone formation, Edentulous patients, Eloquent areas, Eloquent brain areas, Endoscopic, Endoscopic images, Endoscopic surgery, Endoscopy, Entire process, Epistheses, Erlangen, Erlangen concept, Erler gmbh, Error estimation, Excisional biopsy, Experimental results, Femoral, Femoral canal, Femoral cavity, Femoral condyle, Femoral head, Femur, Fmri, Force lines, Forschungszentrum karlsruhe, Fracture, Frontobasal defect, Functional data, Functional neuronavigation, Further research, Future activities, Future applications, Future developments, Future directions, Future experiments, General hospital, Geometric accuracy, Geometrical correction, Germany introduction, Germany objective, Germany purpose, Greater trochanter, High precision, Histological diagnosis, Hole length, Human middle, Human tissues, Iliac crest, Image acquisition, Image data, Image processing, Image quality, Image sequence, Image sequences, Image space, Imaging, Imaging data, Immobilization, Impingement, Implant, Implant dentistry, Implantation, Individual implants, Individual templates, Individual titanium implant, Insertion, Interactive, Interactive frame rates, International workshop, Interpolation, Interventional radiology, Intracranial aneurysms, Intraoperative, Intraoperative images, Intraoperative imaging, Intraoperative navigation, Intraoperative presentation, Intraoperative visualization, Intraoperatively, Invasive, Invasive breast surgery, Invasive surgery, Knee prosthesis, Laparoscopic, Laparoscopic surgery, Large number, Lateral radiographs, Lesion, Ligament placement, Linear measurements, Lling material, Loading images, Localization, Localization error, Localization frame, Localized position, Magnetic resonance imaging, Mandibular neoplasms, Many cases, Maxillofacial, Maxillofacial surgery, Medical applications, Medical applications implant design, Medical imaging, Medical models, Medical physics, Medical students, Medizinische hochschule hannover, Metallic implants, Modality, Module, More importance, Motor cortex, Mueller institute, Muller institute, Navigation, Navigation microscope, Navigation system, Navigation systems, Ndings, Neck surgery, Needle imprints, Neurological, Neurological surgery, Neuronavigation, Neuronavigation systems, Neuroradiology, Neurosurgery, Neurosurgical, Neurosurgical management, Neurosurgical navigation system, Neurosurgical procedures, Next step, Novel approach, Nuclear medicine, Numerical simulation, Operation area, Operation planning, Optimal position, Optimized, Oral maxillofacial surgery, Orthopedic applications, Other applications, Other disciplines, Outcomes assessment, Overall accuracy, Parallel pins, Paranasal sinuses, Phantom, Phantom measurements, Physical measurements, Physical model, Pixel, Pixel noise, Planning data, Planning station, Plastic sheath, Plastic surgery, Postoperative, Precise intraoperative plan execution, Preoperative, Preoperative fmri, Preoperative plan, Preoperative planning, Preoperative planning software, Preoperatively, Processing techniques, Production systems, Projection errors, Prosthesis, Prosthesis components, Prototyping, Prototyping models, Quadrant method, Quality control, Queensland manufacturing institute, Radiation exposure, Radiograph, Radiological interpretation, Radiology, Rapid development, Rapid prototyping, Rapid prototyping technologies, Rapid registration, Real time, Reference object, Registration algorithm, Registration methods, Reliability, Replacement surgery, Research applications, Resection, Resection control, Resection template, Reserve university, Resonance imaging, Revision surgery, Rigid body, Robodoc, Robot, Robotics, Ruhruniversity bochum, Scan, Scanner, Segmentation, Segmentation process, Sensitivity analysis, Several functions, Siemens, Siemens somatom, Similarity measure, Simple construction, Simulation, Simulation results, Single modality, Skull, Slice thickness, Soft tissue, Software, Software development, Solid lesions, Somatom, Spinal, Ssep phase reversal, Statistical differences, Stereolithographic, Stereolithographic model, Stereolithography, Stereolithography model, Stereolithography models, Stereotactic, Stereotaxic, Surgeon, Surgery, Surgical, Surgical drill, Surgical instruments, Surgical interventions, Surgical navigation, Surgical navigation system, Surgical planning, Surgical procedure, Surgical procedures, Surgical robots, Surgical team, Surgical tools, Susceptibility errors, System dynamics, Target locations, Target points, Texture mapping, Therapeutic process, Therapy planning, Titanium, Titanium crowns, Titanium membrane, Tomographic, Tomographic image data, Tomography, Trabecular bone, Trauma, Treatment planning, Tumor resection, Tumor surgery, University erlangen, Unix workstation, Vacuum core biopsy, Vannier, Ventricular system, Versatile impingement detection algorithm, View radiographs, Virtual, Virtual endoscopy, Virtual neuroendoscopy, Virtual reality, Visualization, Vivo measurements, Volume data, Volumetric, Volumetric measurements, Wide range, Workstation, Xation, Xation device, Years experience.
• Teeft :
  • 2department, Accurate correction, Actual position, Algorithm, Analysis software, Analysis tools, Anatomic shape, Anatomical landmarks, Anatomical structures, Aneurysm, Anterior skull base, Arteriovenous malformations, Artifact, Artifact reduction, Artifact reduction algorithm, Artifact sources, Austria purpose, Axial, Axial slices, Biomechanics, Biomedical engineering, Biomodelling, Biopsy, Bochum, Bone cement, Bone damage, Bone densitometry systems, Bone resection, Bone structures, Bone tumors, Brain shift, Breast lesions, Breast surgery, Building stereolithography models, Canal, Caspar, Central florida, Central line, Central path, Central sulcus, Clinical application, Clinical aspects, Clinical evaluation, Clinical usefulness, Closest node, Cochlear, Cochlear implantation, Colon, Colon path, Computer, Computer simulation, Computer technology, Computerassisted surgery, Consecutive patients, Contour extraction, Core biopsy, Coronal slices, Corresponding pixels, Corresponding points, Corresponding titanium implants, Craniomaxillofacial surgery, Data acquisition, Data sets, Data transfer, Defect, Detection methods, Diagnostic radiology, Diagnostische radiologie, Different techniques, Distal medullary canal, Drilling holes, Ducial, Ducial markers, Easy analysis, Easyguide neuro, Ectopic bone formation, Edentulous patients, Eloquent areas, Eloquent brain areas, Endoscopic, Endoscopic images, Endoscopic surgery, Endoscopy, Entire process, Epistheses, Erlangen, Erlangen concept, Erler gmbh, Error estimation, Excisional biopsy, Experimental results, Femoral, Femoral canal, Femoral cavity, Femoral condyle, Femoral head, Femur, Fmri, Force lines, Forschungszentrum karlsruhe, Fracture, Frontobasal defect, Functional data, Functional neuronavigation, Further research, Future activities, Future applications, Future developments, Future directions, Future experiments, General hospital, Geometric accuracy, Geometrical correction, Germany introduction, Germany objective, Germany purpose, Greater trochanter, High precision, Histological diagnosis, Hole length, Human middle, Human tissues, Iliac crest, Image acquisition, Image data, Image processing, Image quality, Image sequence, Image sequences, Image space, Imaging, Imaging data, Immobilization, Impingement, Implant, Implant dentistry, Implantation, Individual implants, Individual templates, Individual titanium implant, Insertion, Interactive, Interactive frame rates, International workshop, Interpolation, Interventional radiology, Intracranial aneurysms, Intraoperative, Intraoperative images, Intraoperative imaging, Intraoperative navigation, Intraoperative presentation, Intraoperative visualization, Intraoperatively, Invasive, Invasive breast surgery, Invasive surgery, Knee prosthesis, Laparoscopic, Laparoscopic surgery, Large number, Lateral radiographs, Lesion, Ligament placement, Linear measurements, Lling material, Loading images, Localization, Localization error, Localization frame, Localized position, Magnetic resonance imaging, Mandibular neoplasms, Many cases, Maxillofacial, Maxillofacial surgery, Medical applications, Medical applications implant design, Medical imaging, Medical models, Medical physics, Medical students, Medizinische hochschule hannover, Metallic implants, Modality, Module, More importance, Motor cortex, Mueller institute, Muller institute, Navigation, Navigation microscope, Navigation system, Navigation systems, Ndings, Neck surgery, Needle imprints, Neurological, Neurological surgery, Neuronavigation, Neuronavigation systems, Neuroradiology, Neurosurgery, Neurosurgical, Neurosurgical management, Neurosurgical navigation system, Neurosurgical procedures, Next step, Novel approach, Nuclear medicine, Numerical simulation, Operation area, Operation planning, Optimal position, Optimized, Oral maxillofacial surgery, Orthopedic applications, Other applications, Other disciplines, Outcomes assessment, Overall accuracy, Parallel pins, Paranasal sinuses, Phantom, Phantom measurements, Physical measurements, Physical model, Pixel, Pixel noise, Planning data, Planning station, Plastic sheath, Plastic surgery, Postoperative, Precise intraoperative plan execution, Preoperative, Preoperative fmri, Preoperative plan, Preoperative planning, Preoperative planning software, Preoperatively, Processing techniques, Production systems, Projection errors, Prosthesis, Prosthesis components, Prototyping, Prototyping models, Quadrant method, Quality control, Queensland manufacturing institute, Radiation exposure, Radiograph, Radiological interpretation, Radiology, Rapid development, Rapid prototyping, Rapid prototyping technologies, Rapid registration, Real time, Reference object, Registration algorithm, Registration methods, Reliability, Replacement surgery, Research applications, Resection, Resection control, Resection template, Reserve university, Resonance imaging, Revision surgery, Rigid body, Robodoc, Robot, Robotics, Ruhruniversity bochum, Scan, Scanner, Segmentation, Segmentation process, Sensitivity analysis, Several functions, Siemens, Siemens somatom, Similarity measure, Simple construction, Simulation, Simulation results, Single modality, Skull, Slice thickness, Soft tissue, Software, Software development, Solid lesions, Somatom, Spinal, Ssep phase reversal, Statistical differences, Stereolithographic, Stereolithographic model, Stereolithography, Stereolithography model, Stereolithography models, Stereotactic, Stereotaxic, Surgeon, Surgery, Surgical, Surgical drill, Surgical instruments, Surgical interventions, Surgical navigation, Surgical navigation system, Surgical planning, Surgical procedure, Surgical procedures, Surgical robots, Surgical team, Surgical tools, Susceptibility errors, System dynamics, Target locations, Target points, Texture mapping, Therapeutic process, Therapy planning, Titanium, Titanium crowns, Titanium membrane, Tomographic, Tomographic image data, Tomography, Trabecular bone, Trauma, Treatment planning, Tumor resection, Tumor surgery, University erlangen, Unix workstation, Vacuum core biopsy, Vannier, Ventricular system, Versatile impingement detection algorithm, View radiographs, Virtual, Virtual endoscopy, Virtual neuroendoscopy, Virtual reality, Visualization, Vivo measurements, Volume data, Volumetric, Volumetric measurements, Wide range, Workstation, Xation, Xation device, Years experience.

Url:

• https://api.istex.fr/document/1C0CA32CE890792E06BC31B8537D0CC88D29C648/fulltext/pdf

DOI: 10.1002/(SICI)1097-0150(2000)5:1<46::AID-IGS7>3.0.CO;2-K

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