Date of Award

5-1993

Document type

dissertation

Access Type

Open Access Dissertation

Degree Name

Doctor of Philosophy (PhD)

Degree Program

Mathematics

First Advisor

Donald German

Second Advisor

Joseph Horowitz

Third Advisor

Ramesh Korwar

Subject Categories

Mathematics | Physical Sciences and Mathematics

Abstract

The dissertation presents a method for deriving the shape of a surface from a radar image of the surface. An appropriate model of radar image formation is derived from physical principles. A Bayesian formulation of the inversion problem is developed upon which a computational strategy is based. Theoretical results on random surfaces relevant to the prior distribution are presented, and convergence and optimality properties of a new sampling algorithm are described. The technique is applied to Magellan data of Venus.

DOI

https://doi.org/10.7275/2096063

Included in

Mathematics Commons

COinS