Visualization and Processing of Tensor Fields [electronic resource] : Advances and Perspectives / edited by David Laidlaw, Joachim Weickert.

Models for Diffusion MRI -- Modelling, Fitting and Sampling in Diffusion MRI -- Tensors, Polynomials and Models for Directional Data -- A Mixture of Wisharts (MOW) Model for Multifiber Reconstruction -- The Algebra of Fourth-Order Tensors with Application to Diffusion MRI -- Higher-Level Analysis of Diffusion Images -- Structure-Specific Statistical Mapping of White Matter Tracts -- Analysis of Distance/Similarity Measures for Diffusion Tensor Imaging -- Tensor Field Visualization -- Tensor Glyph Warping: Visualizing Metric Tensor Fields using Riemannian Exponential Maps -- Interactive Volume Rendering of Diffusion Tensor Data -- Dense Glyph Sampling for Visualization -- Tensor Field Analysis in the Physical Sciences -- The Role of Tensor Fields for Satellite Gravity Gradiometry -- Tensor Visualization and Defect Detection for Nematic Liquid Crystals using Shape Characteristics -- A Tensor Approach to Elastography Analysis and Visualization -- Tensor Image Structure Models -- A Higher-Order Structure Tensor -- Monogenic Curvature Tensor as Image Model -- Filtering with Tensors -- A General Structure Tensor Concept and Coherence-Enhancing Diffusion Filtering for Matrix Fields -- Coordinates-Based Diffusion Over the Space of Symmetric Positive-Definite Matrices -- Variational Methods for Denoising Matrix Fields -- An Operator Algebraic Inverse Scale Space Method for Symmetric Matrix Valued Images.