CAOS 2022: Volume InformationProceedings of The 20th Annual Meeting of the International Society for Computer Assisted Orthopaedic Surgery42 articles•204 pages•Published: December 13, 2022 PapersLaurent Angibaud, Wen Fan, Philippe Dubard, Matthew Rueff, Herman Prieto and Hari Parvataneni 1-4 | Laurent Angibaud, Wen Fan, Florian Kerveillant, Philippe Dubard, Marine Torrollion, Matthew Rueff, Alexander Sah and James Huddleston 5-9 | Laurent Angibaud, Amaury Jung, Cyril Hamad, Wen Fan, Mark Davis, Brian Zirgibel, Jake Deister and James Huddleston 10-14 | Laurent Angibaud, Florian Kerveillant, Philippe Dubard, Marine Torrollion, Matthew Rueff, Wen Fan and James Huddleston 15-18 | Ricardo Antunes, Paul Jacob, Andrew Meyer, Robert Marchand and Matthias Verstraete 19-24 | Denise Baumann, Ariane Gerber Popp, Markus Degen, Dominique Brodbeck, Florian Coigny, Thomas Suter and Erik Schkommodau 25-30 | Peter Brößner, Benjamin Hohlmann and Klaus Radermacher 31-36 | Clément Daviller, Sandrine V. Polakovic, Alexander T. Greene and Fabrice Bertrand 37-40 | Colin Day, Erik Bedard, Yassine El Alaoui, Mark Hwang, Michael Berger and Joshua W Giles 41-44 | Baptiste Dehaine, Marion Decrouez and Nicolas Loy Rodas 45-50 | Stefano Di Paolo, Stefano Fratini, Amit Meena, Simone Bignozzi, Giulio Maria Marcheggiani Muccioli and Stefano Zaffagnini 51-55 | Aouam Djamel, Ronan Querrec, Thierry Duval, Nadia Zenati and Chafiaa Hamitouche 56-61 | Gary Doan, Andrew Van Avery, Patrick Courtis, Ian Leslie, Daniel Hoeffel and Chadd Clary 62-65 | Elaheh Elyasi, Marek Bucki, Boubaker Asaadi, Daniel Elizondo and Antoine Perrier 66-68 | Jean-Rassaire Fouefack, Guillaume Dardenne, Bhushan Borotikar, Tinashe Mutsvangwa and Valérie Burdin 69-72 | Alexander T. Greene, Clément Daviller, Sandrine V. Polakovic, Noah Davis and Christopher Roche 73-76 | Alexander T. Greene, Clément Daviller, Sandrine V. Polakovic, Noah Davis and Christopher Roche 77-80 | Sonja Grothues, Luisa Berger and Klaus Radermacher 81-88 | Sonja Grothues and Klaus Radermacher 89-98 | Aziliz Guezou-Philippe, Wistan Marchadour, Jean-Philippe Pluchon, Hoel Letissier, Christian Lefèvre, Eric Stindel and Guillaume Dardenne 99-102 | Hanspeter Hess, Philipp Gussarow, J Tomás Rojas, Stefan Weber, Annabel Hayoz, Matthias A. Zumstein and Kate Gerber 103-106 | Hanspeter Hess, Michael Herren, Nicolas Gerber, Olivier Scheidegger, Michael Schär, Keivan Daneshvar, Matthias A. Zumstein and Kate Gerber 107-110 | Daniel Hoeffel, Laura Goldstein, Kristian Michnacs, Jill Ruppenkamp, Manoranjith Anandan and Chantal Holy 111-115 | Benjamin Hohlmann, Peter Brößner and Klaus Radermacher 116-120 | David Liu, Ishaan Jagota, Joshua Twiggs and Brad Miles 121-124 | David Liu, Ishaan Jagota, Joshua Twiggs and Brad Miles 125-128 | Justin Roe, David Parker, David Liu, Brett Fritsch, Matthew Baker, Ishaan Jagota, Joshua Twiggs and Brad Miles 129-133 | Julien Lebleu, Charles-Eric Winandy, Andries Pauwels, Geza Kordas, Wouter van Lysebettens and Philippe Van Overschelde 134-137 | Nicolas Lonjon, Guillaume Cavalié, John Sledge and Mehdi Boudissa 138-143 | Ludivine Maintier, Ehouarn Maguet, Arnaud Clavé, Eric Stindel, Valérie Burdin and Guillaume Dardenne 144-147 | Prashant Pandey, Benjamin Hohlmann, Peter Brößner, Ilker Hacihaliloglu, Keiran Barr, Tamas Ungi, Oliver Zettinig, Raphael Prevost, Guillaume Dardenne, Zian Fanti, Wolfgang Wein, Eric Stindel, Fernando Arambula Cosio, Pierre Guy, Gabor Fichtinger, Klaus Radermacher and Antony J. Hodgson 148-153 | Matthew Rueff, Josh Glenboski, Roger Lacaille and Laurent Angibaud 154-157 | Ran Schwarzkopf, Brian Culp, Michael Bradley and Emily McIntosh 158-161 | Spyridon Souipas, Stephen Laws, Ferdinando Rodriguez Y Baena and Brian Davies 162-165 | Avigail Suna, Amit Davidson, Leo Joskowicz and Yoram Weil 166-169 | Philippe Van Overschelde, Pieter Vansintjan, Pieter Byn, Cynthia Lapierre and Wouter Van Lysebettens 170-174 | Yves Vanderschelden, Alberto Grassi, Simone Bignozzi, Irene Asmonti and Stefano Zaffagnini 175-179 | Manuel Vossel, Lukas Theisgen, Klaus Radermacher and Matías de la Fuente 180-184 | David Wallace, Fahd Mahmood, Angela Deakin, Philip Riches, Kamal Deep, Joseph Baines and Frederic Picard 185-189 | David Wallace, Fahd Mahmood, Angela Deakin, Philip Riches, Kamal Deep, Joseph Baines and Frederic Picard 190-194 | Jean-David Werthel, François Boux de Casson, Cédric Manelli, Jean Chaoui, Gilles Walch and Valérie Burdin 195-198 | William Xiang, Eric Windsor, Sheila Wang, Allan Inglis and Peter Sculco 199-204 |
Keyphrases2D-3D Reconstruction, 3D imaging2, 3D reconstruction, Accuracy4, Active Constraints, alignment2, Anatomic Total Shoulder Arthroplasty2, Arthroplasty, Artificial Intelligence and deep learning, atrophy, Augmented Reality2, Automated Segmentation, Automatic radiographic measurement, balancing, Bone, Bone Segmentation2, Bone tumor Ablation, caos2, challenge, Classification of proximal humeral fractures, clinical assessment, clinical followup, Cloud based software as a service, CNN2, collaborative robot, computer aided orthopaedic surgery, computer-assisted, Computer Assisted Navigation, Computer-assisted orthopaedic surgery2, Convolutional Neural Network, CT-guided Arthroplasty, CT scans, cup orientation, custom implants, deep learning5, Distal radius fracture, dynamometry, evidence-based, Expectation management, experience, fatty infiltration, finite element method, Force-controlled distractor4, Friedman Axis, functional anatomy, Healthcare Outcome assessment, image-based planning, image segmentation, Imageless, in vivo validation, Industry, Innovation, interbone parameters, Joint distraction2, Joint gaps, kinematics, knee, Knee arthroplasty2, knee joint2, knee joint replacement, knee laxity, knee morphology2, Knee Replacement Arthroplasty, laminectomy, lateral subvastus approach, Ligament Balance, ligament balancing, Ligament Laxity4, machine learning2, medical application, minimally invasive intervention, MRI, Muscle fat fraction, muscle power, muscle strength, Navigation5, neuromuscular injury, normative recovery, optical tracking, Orthopaedics, Orthopedic Surgeons statistics and numerical data, over-constraint kinematics, pain scores, Patient outcome, Patient Outcome Prediction, Patient selection, patient-specific simulation, Pedicular screw placement, Pelvic mobility, Pixee, Postoperative care, preoperative planning4, Preoperative Planning Software, Primary, ProM, Radiographic parameters, range of motion, Rehabilitation, Reliability2, remote monitoring, Reverse Total Shoulder Arthroplasty2, robot assisted surgery, robotic surgery2, rotator cuff2, Rotator Cuff Tear, Safe Zone, safety, Segmentation3, Shape and pose models, shoulder2, Shoulder Arthroplasty, shoulder muscles, soft tissue, Soft-tissue balance4, Spine surgery, Stress radiology2, surgery approach, Surgical decision support, Surgical navigation system, surgical robot, THA, Three-dimensional pattern analysis of proximal humeral fractures, TKA4, TKP, Total, total hip arthroplasty, Total knee arthroplasty14, Total Shoulder Arthroplasty3, Transfomer, U-Net, Ultrasound2, Ultrasound imaging, Unified robotic sytem, Usability Assessment, varus/valgus stress test. |
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