CAOS 2019: Volume Information

CAOS 2019. The 19th Annual Meeting of the International Society for Computer Assisted Orthopaedic Surgery

Papers

Keyphrases

3D pose estimation, 3D printing², 3D registration, 3D ultrasound, absolute error, accelerometer-based computer navigation system, Accuracy², acetabular bone stock, acetabular fractures, Achilles, Active kinematics, Additive Manufacturing³, adoption of new technology, Alignment outliers, All polyethylene tibia, Amis, Anatomic Total Shoulder Arthroplasty², anatomical tibial cut², anatomy, Ankle, Anterior Minimal Invasive Surgery, AP radiograph, Arthoplasty, Arthroplasty⁸, Arthroplsaty, Augmented Glenoid², Augmented Reality, Autografting, Bicompartmental knee arthroplasty, Big Data Analysis², biofeedback, Biomechanics², bone-cup coverage, Bone mineral density, Bone recuts, Bone Segmentation³, bone shadow, bone tumor, Bony preservation, Brown-Sequard syndrome, Cadaver Trial, Cartilage, CAS, Cement technique, Cervical disc herniation, complex total hip arthroplasty, Complications, Component alignment, Component position, Computed tomography-based navigation system, computer-assisted², Computer-assisted orthopaedic surgery², Computer-assisted orthopedic surgery⁴, computer assisted surgery⁷, computer-assisted technology, Computer assisted TKA, Computer-assisted total knee arthroplasty, computer navigation, computer simulation, Conservative Alignment, Conventional instrumentation, Conventional tibial cut, Convolutional Neural Network, Coordinate Transformation Calibration, cost analysis², CT², CT analytics, CT-based navigation², CT-fluoro matching, curved periacetabular osteotomy, Cutting time, Decaf, deep learning², depth camera², developmental dysplasia of the hip², Difficult Cases, Direct anterior approach², dislocation², Dynamic radiographs, dysplasia acetabulum, dysplastic acetabulum, EOS biplanar radiographic imaging, Euthanasia, Extended field-of-view, extr-articular deformities, Extramedullary method, Femoral component, Femoral component accuracy, femoral stem, fixation, Functional Movement, Functional radiographs, Fusion, Fuzzy Logic, Gap balance, Gaps balancing, Handheld Robot, Haptic, healing, Healthcare costs, Healthcare economics², Hip Arthroplasty², Hip Center, hip flexion, hip replacement, IEEE 11073 SDC, image free handheld robot in TKA, image stitching, image transformation, Implant placement accuracy, implant position optimization, integrated navigation, Integrated Operating Room, Interesting cases, Intra-operative, intra-operative 2D/3D imaging, intraoperative CBCT, J-Curves, joint replacement², Kinematic Alignment, kinematics², knee¹⁰, Laxity, learning curve², Lewinnek safe zone, ligament balance knee arthroplasty, ligament balancing², ligament elongations, Limb Alignment, load, local phase, Long term survival³, manual total knee arthroplasty, markerless, Mechanical alignment², mechanical axis, Mechatronics, medical app, medical application, Medical Imaging, Methods of balancing, morphology², morphology analysis, Mosaicplasty, motion analysis, multilevel modeling, musculoskeletal modeling, Navigated Control, Navigation¹⁰, navigation system, Neuromonitoring, new technologies, Open Database, Open Standards, OpenSim simulation, operative technologies², Orthopaedics, Orthopedic & Trauma Surgery, orthopedic trauma, Osteoarthritis, Osteonecrosis of the femoral head, osteotomy, outcome⁵, outcomes², Partial knee arthroplasty, Patella, patient-reported outcome, patient-reported outcomes, Patient risks, patient satisfaction, patient-specific³, Patient Specific Guides, Patient Specific Instrumentation, Patient specific instruments, patient specific surgical guide, PCL, Pelvic parameters, pelvic tilt³, pelvis, pKa, planning, porous, pre-operative navigation, Pre-operative planning², Precision, prediction, Preoperative Templating, ProM, propensity score analysis, proximal femur, Proximal tibial cutting, Pseudarthrosis, PSI², radiography, range of motion, Rapid Prototyping, Ratio for center of the ankle, registration³, Rehabilitation, resulting hip force, results mechanical limb alignment and balacing, retrospective analysis, Retrospective Data Analysis, revision, Revision total hip arthroplasty, revisions, Robotic², Robotic-Arm Assisted², Robotic-arm assisted TKA⁷, robotic arm-assisted total knee arthroplasty², Robotic-Assisted⁴, Robotic assisted knee arthroplasty, Robotic-assisted surgery, Robotic assisted TKA³, robotic surgery, Robotic Technology, robotic total hip arthroplasty, Robotic Total Knee Arthroplasty, Robotics⁴, rTHA, Safe Zone², Segmentation, Sensor assisted knee arthroplasty, sensor technology, Service Oriented Architecture, Service Oriented Device Connectivity, Short-term outcomes, shoulder, side-to-side asymmetry, simulation, smart mechanical navigation, soft tissue, Soft Tissue Damage, Soft Tissue Release, Soft Tissue Releases, software, spinal cord injury, Spinal deformity, spinal fusion surgery, spine², Spine surgery², spontaneous, stability, Statistical Shape Model, SterEOS, Subject Specific Modeling, surface meshes, Surgeon ergonomics³, Surgeon experience, Surgeon experiences, Surgeon safety, Surgical experience, surgical planning, Surgical profiles, surgical robot, Surgical technology, Surgical Workflows, Talar tilt chnage after CAS TKA, target zone, Technology, Tele-rehabilitation, Telos, THA⁴, three-dimensional, three-dimensional printing, Tibial cutting alignment, Tibial tuberosity-trochlear groove distance, Time Saving, TKA¹¹, total hip arthroplasty¹⁵, total hip arthroplasty (THA), Total hip arthroplasy, total hip replacement, total joint arthroplasty, Total knee arthroplasty¹⁹, total knee replacement², Tracking, transplantation, Trochlear Groove, Tuberositas tibiae, UKA², Ultrasound⁷, Unicompartmental Knee Arthroplasty, unified technologies, Valgus knee, verification, vertebroplasty, Video Augmented C-arm Flouroscopy, Video - X-ray Overlay, wearable sensors, Weight bearing, X-ray, X-Ray Vision, xray templating, Young patients.