Advances in Imaging and Electron Physics
Publisher: Elsevier
Published: 2003
Place of publication: San Diego
Language: eng
Format: [electronic resource]
Number of pages: 565
ISBN-13: 9780080493251
Subjects: Electrons; Imaging systems
Description: The subjects reviewed in the 'Advances' series cover a broad range of themes including microscopy, electromagnetic fields and image coding. Volume 128 concentrates on regularization, a vital aspect of restoration on low voltage scanning electron microscopy.This Book looks at theory and it's application in a practical sense, with a full account of the methods used and realistic detailed application. The authors do this by examining the latest developments, historic illustrations and mathematical fundamentals of the exciting developments in imaging and applying them to realistic practic.
Notes: Description based upon print version of record.
Table of contents: title: Front Cover; Advances in Imaging and Electron Physics; Copyright Page; Content; Contributors; Preface; Future Contributors; Chapter 1. Fourier, Block, and Lapped Transforms; I. Introduction: Why Transform Signals Anyway?; II. Linear System Theory and Fourier Transforms; III. Transform Coding; IV. Two-Dimensional Transforms; V. Lapped Transforms; VI. Image Restoration and Enhancement; VII. Discussion; Appendix A; Appendix B; Appendix C; Appendix D; References; Chapter 2. On Fuzzy Spatial Distances; I. Introduction; II. Some Views on Space and Distances.; title: III. Spatial Fuzzy Distances: General ConsiderationsIV. Geodesic Distance in a Fuzzy Set; V. Distance from a Point to a Fuzzy Set; VI. Distance between Two Fuzzy Sets.; VII. Spatial Representations of Distance Information.; VIII. Qualitative Distance in a Symbolic Setting; IX. Conclusion; References; Chapter 3. Mathematical Morphology Applied to Circular Data; I. Introduction; II. Processing Circular Data.; III. Application Examples.; IV. 3D Polar Coordinate Color Spaces; V. Processing of 3D Polar Coordinate Color Spaces; VI. Conclusion; Appendix A: Connected Partitions; title: Appendix B: Cyclic Closings on Indexed PartitionsReferences.; Chapter 4. Quantum Tomography; I. Introduction; II. Wigner Functions and Elements of Detection Theory; III. General Tomographic Method; IV. Universal Homodyning; V. Multimode Homodyne Tomography.; VI. Applications to Quantum Measurements; VII. Tomography of a Quantum Device; VIII. Maximum Likelihood Method in Quantum Estimation; IX. Classical Imaging by Quantum Tomography; References.; Chapter 5. Scanning Low-Energy Electron Microscopy; I. Introduction; II. Motivations to Lower the Electron Energy.; title: III. Interaction of Slow Electrons with SolidsIV. Emission of Electrons.; V. Formation of the Primary Beam; VI. Detection and Specimen-Related Issues; VII. Instruments; VIII. Selected Applications; IX Conclusions; References; Chapter 6. Scale-Space Methods and Regularization for Denoising and Inverse Problems; I. Introduction; II. Image Smoothing and Restoration via Difiusion Filtering; III. Regularization of Inverse Problems; IV. Mumford-Shah Filtering; V. Regularization and Spline Approximation; VI. Scale-Space Methods for Inverse Problems.; VII. Nonconvex Regularization Models; title: VIII. Discrete BV Regularization and Tube MethodsIX. Wavelet Shrinkage; X. Regularization and Statistics; XI. Conclusions; References; INDEX; Color Plate Section