International audienceThis paper reviews our most recent contributions in the field of cardiac deformation imaging, which includes a motion estimation framework based on the conservation of the image phase over time and an open pipeline to benchmark algorithms for cardiac strain imaging in 2D and 3D ultrasound. The paper also shows an original evaluation of the proposed motion estimation technique based on the new benchmarking pipeline
International audienceThis paper evaluates five 3D ultrasound tracking algorithms regarding their ab...
Quantification of regional myocardial motion and deformation from cardiac ultrasound is fostering co...
International audienceThis paper presents motion and deformation quantification results obtained fro...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
This paper reviews our most recent contributions in the field of cardiac deformation imaging, which ...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper presents a new registration algorithm, called Temporal Diffeomorphi...
International audienceThis paper evaluates five 3D ultrasound tracking algorithms regarding their ab...
Quantification of regional myocardial motion and deformation from cardiac ultrasound is fostering co...
International audienceThis paper presents motion and deformation quantification results obtained fro...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
This paper reviews our most recent contributions in the field of cardiac deformation imaging, which ...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper reviews our most recent contributions in the field of cardiac defor...
International audienceThis paper presents a new registration algorithm, called Temporal Diffeomorphi...
International audienceThis paper evaluates five 3D ultrasound tracking algorithms regarding their ab...
Quantification of regional myocardial motion and deformation from cardiac ultrasound is fostering co...
International audienceThis paper presents motion and deformation quantification results obtained fro...