Support vector machines (SVMs) have been widely used in neuroimage analysis as an effective multivariate analysis tool for group comparison. As neuroimage analysis is often an exploratory research, it is an important issue to characterize the group difference captured by SVM with anatomically interpretable patterns, which provides insights into the unknown mechanism of the brain. In this chapter, SVM-based methods and pplications are introduced for neuroimage analyis from this point of view. The discriminative patterns are decoded from SVMs through distinctive feature selection, SVM decision boundary interpretation, and discriminative learning of generative models
There remains an open question about the usefulness and the interpretation of machine learning (ML) ...
Magnetic Resonance Imaging is a powerful technique that helps in the diagnosis of various medical co...
International audienceThis paper introduces a new method to detect group differences in brain images...
As the field of functional human brain mapping has matured, it has become apparent that a comprehens...
Large scale clinical trials and population based research studies collect huge amounts of neuroimagi...
<p>Distributed voxel patterns that best distinguished between tenderness/affection vs. pride within ...
Standard univariate analysis of neuroimaging data has revealed a host of neuroanatomical and functio...
<p>Regions identified by the SVM as containing discriminative information used to consistently predi...
Support vector machines (SVM) are increasingly used in brain image analyses since they allow capturi...
<p>The position of each diamond and triangle (representing brain volumes) relative to the decision b...
Abstract Neurodegenerative diseases causes a wide variety of mental symptoms whose evolution is not ...
Abstract Many diseases are associated with systematic modifications in brain morphometry and functio...
Univariate analyses have identified gray matter (GM) alterations in different groups of MS patients....
Introduction Pattern recognition techniques promise improved sensitivity and flexibility for the ana...
This paper proposes an intelligent classification technique to identify two categories of MRI volume...
There remains an open question about the usefulness and the interpretation of machine learning (ML) ...
Magnetic Resonance Imaging is a powerful technique that helps in the diagnosis of various medical co...
International audienceThis paper introduces a new method to detect group differences in brain images...
As the field of functional human brain mapping has matured, it has become apparent that a comprehens...
Large scale clinical trials and population based research studies collect huge amounts of neuroimagi...
<p>Distributed voxel patterns that best distinguished between tenderness/affection vs. pride within ...
Standard univariate analysis of neuroimaging data has revealed a host of neuroanatomical and functio...
<p>Regions identified by the SVM as containing discriminative information used to consistently predi...
Support vector machines (SVM) are increasingly used in brain image analyses since they allow capturi...
<p>The position of each diamond and triangle (representing brain volumes) relative to the decision b...
Abstract Neurodegenerative diseases causes a wide variety of mental symptoms whose evolution is not ...
Abstract Many diseases are associated with systematic modifications in brain morphometry and functio...
Univariate analyses have identified gray matter (GM) alterations in different groups of MS patients....
Introduction Pattern recognition techniques promise improved sensitivity and flexibility for the ana...
This paper proposes an intelligent classification technique to identify two categories of MRI volume...
There remains an open question about the usefulness and the interpretation of machine learning (ML) ...
Magnetic Resonance Imaging is a powerful technique that helps in the diagnosis of various medical co...
International audienceThis paper introduces a new method to detect group differences in brain images...