Computer modelling in tomography and III-posed problems
著者
書誌事項
Computer modelling in tomography and III-posed problems
(Inverse and ill-posed problems series)
VSP, 2001
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注記
Bibliography: p[119]-128
内容説明・目次
内容説明
Comparatively weakly researched untraditional tomography problems aresolved because of new achievements in calculation mathematics and the theory of ill-posed problems, the regularization process of solving ill-posed problems, and the increase of stability. Experiments show possibilities and applicability of algorithms of processing tomography data. This monograph is devoted to considering these problems in connection with series of ill-posed problems in tomography settings arising from practice.The book includes chapters to the following themes:
Mathematical basis of the method of computerized tomography Cone-beam tomography reconstruction Inverse kinematic problem in the tomographic setting
目次
Introduction
MATHEMATICAL BASIS OF THE METHOD OF COMPUTERIZED TOMOGRAPHY
Basic notions of the theory of ill-posed problems
Problem of integral geometry
The Radon transfer
Radon problem as an example of an ill-posed problem
The algorithm of inversion of the two-dimensional Radon transform based on the convolution with the generalized function 1/z2
CONE-BEAM TOMOGRAPHY RECONSTRUCTION
Reducing the inversion formulas of cone-beam tomography reconstruction to the form convenient for constructing numerical algorithms
Elements of the theory of generalized functions in application to problems of inversion of the ray transformation
The relations between the Radon, Fourier and ray transformations
INVERSE KINEMATIC PROBLEM IN THE TOMOGRAPHIC SETTING
Direct kinematic problem and numerical solution for three-dimensional regular media
Formulation of the inverse kinematic problem with the use of a tomography system of data gathering
Deduction on the basic inversion formula and the algorithm of solving the inverse kinematic problem in three-dimensional linearized formulation
Model experiment and numerical study of the algorithm
Solution of the inverse kinematic problem by the method of computerized tomography for media with opaque inclusions
APPENDIX: RECONSTRUCTION WITH THE USE OF THE STANDARD MODEL
Bibliography
「Nielsen BookData」 より