This article presents a generic probabilistic framework for estimating the statistical
dependency and finding the anatomical correspondences among an arbitrary number of …

This paper introduces a framework for the reconstruction of magnetic resonance images in
the presence of rigid motion. The rationale behind our proposal is to make use of the partial …

Purpose Compressed sensing methods with motion estimation and compensation
techniques have been proposed for the reconstruction of accelerated dynamic MRI …

Cardiac magnetic resonance perfusion examinations enable noninvasive quantification of
myocardial blood flow. However, motion between frames due to breathing must be corrected …

Purpose To eliminate the need of spatial intraframe regularization in a recently reported
dynamic MRI compressed‐sensing‐based reconstruction method with motion compensation …

Objectives To propose and evaluate a four-dimensional (4D) algorithm for joint motion
elimination and spatiotemporal noise reduction in low-dose dynamic myocardial computed …

This paper proposes a complete convolutional formulation for 2D multimodal pairwise image
registration problems based on free-form deformations. We have reformulated in terms of …

Groupwise image (GW) registration is customarily used for subsequent processing in
medical imaging. However, it is computationally expensive due to repeated calculation of …

Abstract Background and Objective: This paper proposes a new and highly efficient
implementation of 3D+ t groupwise registration based on the free-form deformation …

Recently, an efficient implementation of convolution-based free form deformations (FFD) has
been proposed for both groupwise 3D monomodal and 2D pairwise multimodal …