Abstract. Besides common solely intensity- or feature-based image registration methods, hybrid approaches make use of two or more image properties. A 3D representation of saliency can be used to automatically locate distinct region features within two 3D images and establish a robust and accurate hybrid registration method. The extracted features contain information about the underlying saliency, the scale of the regions and enclosed voxel intensities. Similar anatomical or functional content results in similar salient region features that can be used to estimate an image transform based on corresponding feature pairs. The refinement of this estimate results in a robust and sub-pixel accurate set of joint correspondences. An evaluation by a...
This paper presents a new technique for extracting visual saliency from experimental eye tracking da...
For the retrospective, rigid body registration of two 3D datasets from different modalities (MR, CT ...
International audienceA general-purpose deformable registration algorithm referred to as "DRAMMS" is...
We present a novel method for aligning images under arbitrary poses, based on finding correspondence...
This paper describes two methods for automating registration of 3D medical images acquired from diff...
Abstract: Here we propose a saliency-based filtering approach to the problem of registering an untex...
This paper presents a new technique for deriving information on visual saliency with experimental ey...
Here we propose a saliency-based filtering approach to the problem of registering an untextured 3D o...
This dissertation presents work on deformable registration of medical images. Deformable registratio...
General mutual information- (MI-) based registration methods treat all voxels equally. But each vox...
Image registration is a fundamental problem that can be found in a diverse range of fields within th...
Analysis of multispectral or multitemporal images requires proper geometric alignment of the images ...
International audiencePurpose - This paper presents a novel 3D multimodal registration strategy to f...
Multi-modal image registration is a challenging problem in medical imaging. The goal is to align ana...
Multi-modal image registration is a challenging prob-lem in medical imaging. The goal is to align an...
This paper presents a new technique for extracting visual saliency from experimental eye tracking da...
For the retrospective, rigid body registration of two 3D datasets from different modalities (MR, CT ...
International audienceA general-purpose deformable registration algorithm referred to as "DRAMMS" is...
We present a novel method for aligning images under arbitrary poses, based on finding correspondence...
This paper describes two methods for automating registration of 3D medical images acquired from diff...
Abstract: Here we propose a saliency-based filtering approach to the problem of registering an untex...
This paper presents a new technique for deriving information on visual saliency with experimental ey...
Here we propose a saliency-based filtering approach to the problem of registering an untextured 3D o...
This dissertation presents work on deformable registration of medical images. Deformable registratio...
General mutual information- (MI-) based registration methods treat all voxels equally. But each vox...
Image registration is a fundamental problem that can be found in a diverse range of fields within th...
Analysis of multispectral or multitemporal images requires proper geometric alignment of the images ...
International audiencePurpose - This paper presents a novel 3D multimodal registration strategy to f...
Multi-modal image registration is a challenging problem in medical imaging. The goal is to align ana...
Multi-modal image registration is a challenging prob-lem in medical imaging. The goal is to align an...
This paper presents a new technique for extracting visual saliency from experimental eye tracking da...
For the retrospective, rigid body registration of two 3D datasets from different modalities (MR, CT ...
International audienceA general-purpose deformable registration algorithm referred to as "DRAMMS" is...