Clayden, Jonathan D. - Imaging and Biophysics Unit, Institute of Child Health, University College London

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Clayden, Jonathan D. - Imaging and Biophysics Unit, Institute of Child Health, University College London

Probability and machine learning ROBABILITY will be a recurring theme throughout the thesis. Indeed, its influence is sur-
Magnetisation, excitation and T A FUNDAMENTAL level, the NMR effect is reliant on spin, a phenomenon which, on the scale
White matter fibre tracking HE LOCAL white matter orientation information provided indirectly by dMRI can be used
Introduction HE HUMAN brain is profoundly self-connected. Its hundred billion or so nerve cells, or
Applications HE AIM of neighbourhood tractography is to facilitate comparative analysis between subject
Diffusion magnetic resonance HE MAGNETIC resonance application that the rest of this thesis will be concerned with is that
Conclusions HE AIMS of this thesis were to develop methods to facilitate the robust segmentation of
Anisotropy profiling F TECHNIQUES such as neighbourhood tractography were to enable the robust segmentation
Neighbourhood tractography F A BREAKDOWN of communication between regions of the brain is indeed a significant factor in
Model-based tract matching HE FORMULATION of neighbourhood tractography described in chapter 6 has several intrinsic
List of abbreviations The following table describes the significance of various abbreviations and acronyms used
Comparative Analysis of Connection and Disconnection in the Human Brain Using