International audienceWe address the problem of finding an initial estimation of the location of landmarks on an image, when the landmarks are difficult to distinguish on the image and when the locations are dependent together from external forces such as growth. Our method solves the problem using an adaptive coordinate space where locations are registered. In this space, variability is greatly reduced. A training set is observed to build automatically a mean and a variability model of the landmarks. This model is used to predict the initial estimation on a new image. This method is applied to the difficult problem of the interpretation of cephalograms, with good results
Abstract Objective: To describe the techniques used for automatic landmarking of ceph...
With the objective of tracing out all craniofacial structures in parallel with landmarking on x-ray ...
International audienceWe address the problem of locating some anatomical bone structures on lateral ...
International audienceWe address the problem of finding an initial estimation of the location of lan...
International audienceIn this paper, we propose computer assisted visualization for manual landmarki...
Cephalometric analysis is an important method in orthodontics for the diagnosis and treatment of p...
In this paper an automated method is presented for the localization of cephalometric landmarks in cr...
Craniofacial landmark localization and anatomical structure tracing on cephalograms are two importan...
In this paper a method is presented for the automated identification of cephalometric anatomical lan...
Orthodontists have defined a certain number of characteristic points, or landmarks, on X-ray images ...
Lateral cephalograms provide important information regarding dental, skeletal, and soft-tissue param...
With the objective of tracing out all craniofacial structures in parallel with landmarking on x-ray ...
International audienceThis paper presents and compares 3 methods for the statistical localization of...
Objective: To assess, using a mathematical simulation model, the participation of each coordinate in...
This study proposes a new contribution to solve the problem of automatic landmarks detection in thre...
Abstract Objective: To describe the techniques used for automatic landmarking of ceph...
With the objective of tracing out all craniofacial structures in parallel with landmarking on x-ray ...
International audienceWe address the problem of locating some anatomical bone structures on lateral ...
International audienceWe address the problem of finding an initial estimation of the location of lan...
International audienceIn this paper, we propose computer assisted visualization for manual landmarki...
Cephalometric analysis is an important method in orthodontics for the diagnosis and treatment of p...
In this paper an automated method is presented for the localization of cephalometric landmarks in cr...
Craniofacial landmark localization and anatomical structure tracing on cephalograms are two importan...
In this paper a method is presented for the automated identification of cephalometric anatomical lan...
Orthodontists have defined a certain number of characteristic points, or landmarks, on X-ray images ...
Lateral cephalograms provide important information regarding dental, skeletal, and soft-tissue param...
With the objective of tracing out all craniofacial structures in parallel with landmarking on x-ray ...
International audienceThis paper presents and compares 3 methods for the statistical localization of...
Objective: To assess, using a mathematical simulation model, the participation of each coordinate in...
This study proposes a new contribution to solve the problem of automatic landmarks detection in thre...
Abstract Objective: To describe the techniques used for automatic landmarking of ceph...
With the objective of tracing out all craniofacial structures in parallel with landmarking on x-ray ...
International audienceWe address the problem of locating some anatomical bone structures on lateral ...