CAOS 2020: Volume Information

CAOS 2020. The 20th Annual Meeting of the International Society for Computer Assisted Orthopaedic Surgery

Papers

Keyphrases

3D alignment, 3D pose estimation, 3D printing², A-mode ultrasound, Accuracy², acetabular fracture, Additive Manufacturing, alignment, anatomical landmarks, Anterior Pelvic Plane, Arthroplasty, Artificial Intelligence, Artificial Neural Network, Augmented mechanical instrumentation, Augmented Reality³, Automatic landmarks localization, balance, Biomechanical model, Biomechanics², bone density, Bone Segmentation, C-arm, caos, CAOS augmentation, Central pivot, Classification, clinical outcomes, Component alignment², Computed Tomography, Computer-assisted orthopaedic surgery⁴, Computer-assisted orthopedic surgery³, computer assisted surgery⁴, computer vision, Consultation, conventional TKA, Convolutional Neural Network², cruciate-retaining, CT², custom implant, data confidentiality, DDH, deep learning⁵, deformable registration, depth camera, depth sensor, DICOM-RTV, digital sensors, dislocation, display, femoral head coverage, Femoral roll back, fixation, Fluoroscopy, functional stability², Gap balance, Generative Adversarial Networks, Geometric Parameter Analysis, HIP², hip-spine, iliosacral screw insertion, Iliosacral screwing, image processing, imaging, IMD, Impingement², implant, Implant fixation, in vivo validation, Intraoperative guidance, Intraoperative laxity curve, J-curve, Joint Balance³, joint replacement², kinematic analysis, kinematics², knee², knee function, Knee MRI, knee replacement, knee surgery, landmarking, Laser Powder Bed Fusion, Lateral Decubitus Position, lateral knee., Lattice structures, learning curve, Lewinnek, ligament balancing⁴, ligament characterization, Ligament Laxity, Ligament tension², load sensors, long term survivalship, Loosening, Low cost Navigation, Mako³, markerless, Markerless tracking, Measured-resection, Measured Resection technique, Medial pivot, medical robotics, Mid-flexion Instability, Midflexion Balance, Mobile bearing, mobile bearing dislocation, motion capture, Multicenter Trials, Muscle elongation, musculoskeletal model, Navigation⁶, Navigational TKA, numerical simulation, offset, Opioids, Orthosensor², Osteochondral Defect Repair, outcome, outcomes², Patient Specific Implants, Patient Specific Instrument, Patient Specific Instrumentation, Patient Specific Surgical Planning, pedicular screws, pelvic tilt², pelvis², Performance, periacetabular osteotomy, point cloud registration, pose estimation², position control, Pre-operative planning, preferred surgical philosophy, preoperative planning⁴, Primary implants, Principal Component Analysis, Principle Component Analysis, projector, PROMS³, range of motion², real-time control, registration⁴, resection accuracy, Robot assisted TKA, Robotic³, Robotic-Assisted, Robotic-assisted surgery³, Robotic-assisted total hip arthroplasty, Robotic-assisted total knee arthroplasty, robotic knee arthroplasty, robotic surgery, Robotic TKA, Robotics, robotics path planning, RRT algorithm, Safe Zone, Scapula, Secure processing, Segmentation⁵, sensor, Shoulder Arthroplasty, simulation, size, Soft-tissue balance, Soft Tissue Release, Spinal deformity, Spine surgery, statistical atlas generation, Statistical Shape Model⁴, stiff spine, subsidence, Surgery Planning Assistance, surgical instruments, surgical navigation, surgical simulation, surgical targeting, surgical training², THA², THR, three-dimensional, Tibia first gap balancing, Tibial fracture, tibiofemoral kinematics, time², Time Synchronization, TKA⁴, total hip arthroplasty⁵, Total knee arthropalsty, Total knee arthroplasty²³, Total knee arthroplasty (TKA), total knee replacement, Total knee revision, Tracking³, Transfer Learning, two-dimensional, Ultrasound², Unicompartmental Knee Arthroplasty, User Authentication, Validation, variability, virtual planning.