Mohammad Honarvar

TL;DR: The results from this study indicate that transperineal magnetic resonance elastography—without an endorectal coil—is a suitable candidate for a patient study involving multiparametric magnetic resonance imaging of prostate cancer, where magnetic resonanceElastography may provide additional information for improved diagnosis and image‐based surveillance.

TL;DR: The purpose of this work was to assess trans‐perineal prostate magnetic resonance elastography for repeatability in phantoms/volunteers and diagnostic power as correlated with histopathology in prostate cancer patients.

TL;DR: A novel approach to the problem of elasticity reconstruction is introduced, in which the solution of the wave equation is expanded as a sum of waves travelling in different directions sharing a common wave number.

TL;DR: Results in a single patient suggest that MRE can identify cancer tumors, although this result is preliminary, and the proposed methods allow the integration of prostate MRE with other multiparametric MRI methods.

TL;DR: A sparsity regularization technique that uses the discrete cosine transform to transform the elasticity and pressure fields to a sparse domain in which a smaller number of unknowns is required to represent the original field is presented.