CAOS 2024: Volume Information

Proceedings of The 24th Annual Meeting of the International Society for Computer Assisted Orthopaedic Surgery

Papers

Keyphrases

2D/3D registration, 3D, 3D modeling, 3D planning, 3D printed guides, 3D-printed implant, 3D Speckle Tracking, Accuracy, Activities of Daily Living, AI, alignment, Anterior shoulder surgery, Arthroplasty³, Artificial Intelligence³, Augmented Reality, Augmented Reality Visualization, Automated Detection, automated evaluation, Automated Planning, automatic contact gel application, automatic diagnosis, Automatic glenoid bone loss computation, Automation², Biomechanical Assessment, Biomechanics, Bone cut parameters, bone sarcoma, Bone Segmentation, C-arm Guidance, Cervical spondylotic myelopathy (CSM), chronic pain, communication standard, completion, Complex foot deformities, Complex multiplanar foot deformity, computational model, computational modeling, computer assisted surgery², connectivity, Continuum Manipulators, coordinate system, CT image, CT to EOS matching, customized implant, deep learning⁶, Deformity Correction, developmental dysplasia of the hip, Diagnostic Metrics, Diffusion Tensor Imaging (DTI), Digital Operating Rooms, digitalisation, discourse analysis, Discrete Choice Experiment, Distal radius malunion, dual-energy x-ray absorptiometry, Enabling Technology², endoprothetis, Engagement, EOS Biplaner Xray, Exergames, FE model, Femoral Deformity, Femoral landmarks, Femur, finite element model, function, gait kinematics, Gamification, Gap balancing³, Healthcare, Hinge Axis, HIP³, Hip Arthroplasty, HMI, Holograms, Hospital at Home, human-machine interaction, IEC 62366-1, iliopsoas, image processing, image reconstruction², Immersive Reality, Implants, inner range quads, Interoperability, Intraoperative planning, ISO 14971, ISO IEEE 11073 SDC Standard, joint-preserving surgery, knee³, knee alignment, Knee arthroplasty⁴, Knee Collateral Ligaments, knee flexion, Knee joint simulator, knee laxity, Knee Osteoarthritis, knee replacement, Laxity, learning curve, line segment, lower limb misalignment, machine learning, malalignment, Markov Chain Monte Carlo (MCMC), Measured-resection, Mechatronics, minimally invasive surgery, Mixed Reality, mobile application, mobile health, modular medical device, morphology, Multiplanar, muscle-mapping, musculoskeletal, Navigated TKA, Navigation⁴, operating room network, Orthopaedic Oncology, Orthopaedic Trauma Surgery, Orthopaedics, Orthopedic, osteotomy, patellofemoral morphology, patient-reported outcome measures², patient-specific², patient-specific guide, Patient-specific modelling, Personalisation, physical activity, plantar pressure, pose estimation, preoperative planning², ProM, PROMS, Quadriceps inhibition, radiation exposure, receiver operating characteristic, Rehabilitation, reproducibility, RGB-D sensors, risk management, Robotic-Assisted, Robotic-assisted surgery², Robotic TKA, robotic ultrasound, Robotics, safety, Satisfaction, Scaphoid, SDC, Service Oriented Device Connectivity², Shape completion model, shoulder², skeletal muscle, soft tissue, software, Somatosensory evoked potential (SSEP), sonography, Spinal cord electrophysiological examination, standardisation, Statistical Shape Model (SSM), statistical simulation, straight leg raise, surgeon's point-of-view, surgical accuracy, Surgical decision support, surgical navigation², surgical planning, surgical robotics, Surgical Workflow, Technology Usage, Telemedicine, Telemonitoring, telerehabiitation, Telerehabilitation, THA, Thigh, tibiofemoral morphology, TKA³, Total Ankle Arthroplasty², Total knee arthroplasty⁵, total knee replacement infection, Total Shoulder Arthroplasty³, tracking system, UI Profile, Ultrasound, ultrasound scanning automation, ultrasound simulation, Usability Engineering, User Interface Profiles, Virtual surgical planning, Volumetric Ultrasound, wearable, wearable sensors, X-ray Overlay, X-rays.