Add to ORKGInternational audienceIn this paper, we introduce a 2d-3d registration method for searching the motion of knee bones. We use a low dose bi-planar acquisition system that provides us with simultaneous frontal and profile radiographs in different positions, and the 3d volume reconstruction of the standing position. The purpose here is to reduce the user intervention during the motion tracking. The registration method is based on the central slice Fourier Transform theorem. Motion results with rotations and translations using synthetic data are shown
Deep-learning methods provide a promising approach for measuring in-vivo knee joint motion from fast...
Knowledge of the three dimensional positions of bones at a joint as a function of time is required t...
Knowledge of the three dimensional positions of bones at a joint as a function of time is required t...
International audienceIn this paper, we introduce a 2d-3d registration method for searching the moti...
International audienceThe knowledge of the poses and the positions of the knee bones and prostheses ...
International audienceIn this paper, a new method is presented to study the feasibility of the pose ...
In this paper we present a new method to track bonemovements in stereoscopic X-ray image series of t...
Measuring the kinematics of joints and implants following orthopaedic surgery is important. While th...
This dissertation explores innovative applications of a proposed 2D-3D image registration technique ...
To understand the kinematic effects of surgery, arthroplasty or conservative treatments, a noninvasi...
The kinematic analysis of joint motion has proven to significantly improve orthopedic surgeries by e...
Osteoarticular diseases are an important part of the pathologies that affect the musculoskeletal hum...
Many clinical and biomechanical research studies, particularly in orthopaedics, nowadays involve for...
Purpose: This study developed and assessed a slice-to-volume registration method that integrated thr...
Purpose: This study developed and assessed a slice-to-volume registration method that integrated thr...
Deep-learning methods provide a promising approach for measuring in-vivo knee joint motion from fast...
Knowledge of the three dimensional positions of bones at a joint as a function of time is required t...
Knowledge of the three dimensional positions of bones at a joint as a function of time is required t...
International audienceIn this paper, we introduce a 2d-3d registration method for searching the moti...
International audienceThe knowledge of the poses and the positions of the knee bones and prostheses ...
International audienceIn this paper, a new method is presented to study the feasibility of the pose ...
In this paper we present a new method to track bonemovements in stereoscopic X-ray image series of t...
Measuring the kinematics of joints and implants following orthopaedic surgery is important. While th...
This dissertation explores innovative applications of a proposed 2D-3D image registration technique ...
To understand the kinematic effects of surgery, arthroplasty or conservative treatments, a noninvasi...
The kinematic analysis of joint motion has proven to significantly improve orthopedic surgeries by e...
Osteoarticular diseases are an important part of the pathologies that affect the musculoskeletal hum...
Many clinical and biomechanical research studies, particularly in orthopaedics, nowadays involve for...
Purpose: This study developed and assessed a slice-to-volume registration method that integrated thr...
Purpose: This study developed and assessed a slice-to-volume registration method that integrated thr...
Deep-learning methods provide a promising approach for measuring in-vivo knee joint motion from fast...
Knowledge of the three dimensional positions of bones at a joint as a function of time is required t...
Knowledge of the three dimensional positions of bones at a joint as a function of time is required t...