CAOS 2017: Volume Information

CAOS 2017. 17th Annual Meeting of the International Society for Computer Assisted Orthopaedic Surgery

Papers

Keyphrases

10 year survival², 2D-3D Reconstruction, 3D evaluation, 3D printing, 3D scanning, 3D tracking, 3D ultrasound², A-mode ultrasound, Acceptable, Accuracy⁴, Acetabulum, Additive Manufacturing², admittance control, alignment, Anterior pelvic plane angle, app, Arthroplasty², articulation, Artificial X-rays, assessment, ATLAS, Automation, Bio-inspired endoscope, Biomechanical Modelling, Biomechanics⁴, Blood Loss, Bone drilling², bone tumor², Bony resection, Buck’s Repair, C-arm, C-arm fluoroscopy, cadaver specimens, Cadaveric trials, calibration, cancellous, caos³, CAS, CAVE, CBCT, closed loop control, Coherent Point Drift registration, compartment syndrome, computational geometry, Computed Tomography, computer aided surgery, computer-assisted, Computer-assisted orthopedic surgery², computer assisted surgery³, Computer navigation in scaphoid fixation scaphoid non-union, computer navigation in scaphoid non-union, control, cooling and pressure curves, corrective long fusion, Cortical, CUSTOM MADE IMPLANTs, CUSUM test, Dental implants, depth camera, digitalisation, Digitally reconstructed radiographs, dislocation, Drilling sound, dynamic assessment, Dynamic surgical planning, dysplasia, Education, EOS imaging, EtherCAT, FEA, femoral head coverage, Femoral Rollback, Flexible implant, Flexoscope, Forearm, gait analysis², gender, Haemoglobin, handheld device, Handheld Robot, Haptics², health economic evaluation, High tibial osteotomy, HIP², Hip Center², human-machine interaction, Human Risk Management, IEEE 11073 Communication Standard, IEEE 11073 SDC², iliosacral screws, Image Guided Surgery, Immersive Simulation, Impingement, Implant Design², implant position, Implant Size, in vitro, in vitro study, Instrument guidance, Instrument guide, Integrated Operating Room, Intensity-based 2D-3D Non-rigid Registration, Interactive Assistance, Interoperability, Interosseous Ligaments, Interosseous Membrane, Intraoperative Workflow Optimization, Joint-preserving resection, joint replacement, K-wire Placement, kinematics², knee⁷, Knee arthroplasty, Knee joint kinematics, Knee joint laxity, Knee Testing Rig, Laser osteotomy, Laser Projection, learning curve², Least-Moving-Point algorithm, Ligament characteristics, Lisfranc joint, Local recurrence, Local Tumor Ablation, lower extremity, Lower limb axis, machine learning³, Markov Logic Networks, Massive Defect, mathematical models, Mechanical alignment, Medical Communication Framework, medical navigation, medical software, medical sterile container, Mesh, mid- and long-term follow up, Mobile bearing, Mobile Bearing Plateau, modelling, Modularisation, morpho-functional correlation, morphology, motion analysis, motion tracking, MRI, multi-view segmentation, musculoskeletal model, Navigated assessment, Navigated Control, navigated ultrasound, Navigation⁶, navigation system, networked operating room, non-invasive, obstacle avoidance, One stage, Open Integrated OR Systems, optical localizer, optical tracking, optical tracking system, Optimisation, OR.NET initiative, OR.NET RT, Orthopaedic robot, Orthopaedics², Orthopeadic oncology, orthopedic surgery, Osteoarthritis, osteotomy², Outlier, patient-specific³, Patient Specific Implants², Patient Specific Instrumentation⁴, Patient-Specific Planning, Patient-specific templates⁴, pedicle screw⁴, pedicle screws, Pelvic fractures², pelvic tilt³, Percutaneous bone manipulation, Periprosthetic infections, Personalised Rapid Prototyping 3D Templates, physiological simulation, planning², pneumatic muscle, Pre-operative planning, pre-surgical planning accuracy, precision medicine, Prehabilitation, Preoperative Planning of ACL Reconstruction, Pro-supination, PROMS, PSI, quality assessment, quality assurance, Radiofrequency Ablation RFA, randomized controlled study, range of motion, real-time communication, real-time kinematics, registration², Registration of bone landmarks, Rehabilitation, resection alignment, Robot-aided minimal invasive surgery, robot assisted surgery², Robotic, Robotic Endoscope, robotic surgery², Robotic TKA², Robotics², rod determination, safe margin, Safe Zone, sample diaphyseal fracture, scaphoid bone grafting, Scoliosis, screw, Segmentation², semi-active, semi-automatic, Semiactive, sensor integrated, sensor module, Service Oriented Architecture, shoulder joint simulator, SIFT feature extraction, simulation, situation detection, smart device, smart devices, Smart Display, smart instrument, Smart Instruments, Smart Screwdriver, Smartphone, soft tissue, software application, Software Design Pattern, spine², SpinePilot, Standing Sagittal pelvic alignment, statistical analysis, statistical shape models², STERILISATION, surgery, Surgical Checklist, Surgical Cockpit, surgical drill, Surgical guidance, surgical monitoring, surgical navigation², Surgical navigation system, Surgical Workflow, Telemedicine, THA planning², thermal insulation, tissue identification, TKA, Tool guidance, Tool guide, total hip arthroplasty², total hip replacement², Total knee arthroplasty¹³, Total knee arthroplasty (TKA)², Trabecular Titanium, training², transport, trauma surgery, Trochlear Groove, Ultrasound, Unicompartmental Knee Arthroplasty², Unilateral Spondylolysis, Universal Foot Switch, Universal footswitch, upper cervical spine, Validation, Vertebral body, Virtual Second Opinion, Virtual X-rays, Volume stitching, workflow management, Wrist, X-rays.