The use of PET in quantitative measurement of brain activity requires the superimposition of some anatomical data coming from other sources, like MRI. In the frame of structural and anatomical data matching for a great number of patients, we developed a method for the automatic identification of cortical sulci on 3D MR images. The knowledge used is automatically extracted from a database containing a few pictures where sulci have been previously recognized. Proportional correction mechanisms, based on Talairach’s grid, are proposed. They intend to adapt sulci statistical models to the particular features of any brain, in order to make the recognition easier. Our identification method is efficient and robust for the superficial part of six m...
Automatic labelling and identification of cerebral structure, like cortical sulci, are useful in neu...
Human brain mapping aims at establishing correspondences between brain function and brain anatomy. O...
International audienceAutomatic labelling and identification of cerebral structure, like cortical su...
International audienceThe use of PET in quantitative measurement of brain activity requires the supe...
International audiencePositron emission tomography (PET) is one of the most popular techniques for t...
International audiencePositron emission tomography (PET) is widely used for the study of human cereb...
International audienceCross-subject analysis of structural and/or functional images often requires a...
International audiencePositron Emission Tomography (PET) is a non-invasive imaging technique that pr...
International audienceMany studies dealing with the human brain use the spatial coordinate system of...
This paper presents a learning based method for automatic extraction of the major cortical sulci fro...
It is important to detect and extract the major cortical sulci from brain images, but manually annot...
The cortical sulci are brain structures resembling thin convoluted ribbons embedded in 3D. The impor...
Automatic labelling and identification of cerebral structure, like cortical sulci, are useful in neu...
Human brain mapping aims at establishing correspondences between brain function and brain anatomy. O...
International audienceAutomatic labelling and identification of cerebral structure, like cortical su...
International audienceThe use of PET in quantitative measurement of brain activity requires the supe...
International audiencePositron emission tomography (PET) is one of the most popular techniques for t...
International audiencePositron emission tomography (PET) is widely used for the study of human cereb...
International audienceCross-subject analysis of structural and/or functional images often requires a...
International audiencePositron Emission Tomography (PET) is a non-invasive imaging technique that pr...
International audienceMany studies dealing with the human brain use the spatial coordinate system of...
This paper presents a learning based method for automatic extraction of the major cortical sulci fro...
It is important to detect and extract the major cortical sulci from brain images, but manually annot...
The cortical sulci are brain structures resembling thin convoluted ribbons embedded in 3D. The impor...
Automatic labelling and identification of cerebral structure, like cortical sulci, are useful in neu...
Human brain mapping aims at establishing correspondences between brain function and brain anatomy. O...
International audienceAutomatic labelling and identification of cerebral structure, like cortical su...