Progress in Optics

Name: Progress in Optics
Brand: Elsevier
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Elsevier (Publisher)

Published on 21. September 2011

392 pages

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978-0-08-096235-1 (ISBN)

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Front Cover
Progress in Optics, Volume X
Copyright Page
Contents
Preface
Part I. Bandwidth Compression of Optical Images
Chapter 1. Introduction
Chapter 2. Channel Coding
Chapter 3. Image Digitization
Chapter 4. Redundancy Reduction
Chapter 5. Interpolative Coding
Chapter 6. Predictive Coding
Chapter 7. Run-Length Coding
Chapter 8. Reducing Quantization Noise
Chapter 9. Dual-Mode Coding
Chapter 10. Transformational Coding
Chapter 11. Coding of Motion Pictures
Chapter 12. Coding of Color Pictures
Chapter 13. Some Practical Considerations
Chapter 14. Comments on Image Quality
Chapter 15. Concluding Remarks
Acknowledgement
References
Part II. The Use of Image Tubes as Shutters
Chapter 1. Introduction
Chapter 2. Image Tube Components
Chapter 3. Electron-Optical Systems
Chapter 4. Image Intensification
Chapter 5. Early Applications of Image Tubes to High Speed Photography
Chapter 6. Image Tubes Designed for Use as Shutters
Chapter 7. Deflection Shutters
Chapter 8. Grid Controlled Image Tubes
Chapter 9. The Use of Conventional Image Intensifiers as High Speed Shutters
Chapter 10. Storage Methods
Chapter 11. Biplanar Image Tubes
Chapter 12. Multichannel Systems
References
Part III. Tools of Theoretical Quantum Optics
Chapter 1. Introduction
Chapter 2. Density Matrix Theory
Chapter 3. Green's Function Theory
Chapter 4. Quantum Noise Operator Theory
Appendix I
Appendix II
Appendix III
Appendix IV
References
Part IV. Field Correctors for Astronomical Telescopes
Chapter 1. Introduction
Chapter 2. Newtonian Telescope Correctors
Chapter 3. Ritchey-Chrctien Telescope Prime Focus Correctors
Chapter 4. Secondary Focus Correctors
References
Part V. Optical Absorption Strength of Defects in Insulators
Chapter 1. Introduction
Chapter 2. Smakula's Classical Treatment of Defect Absorption
Chapter 3. Decoupling of Defect and Host and the ƒ-Sum Rule
Chapter 4. Cross Section, Smakula's Equation, and Effective Masses
Chapter 5. Local Field Corrections
Chapter 6. Absorption Strengths of Color Centers in Alkali Halides
Chapter 7. Summary
Acknowledgements
References
Part VI. Elastooptic Light Modulation and Deflection
Chapter 1. Introduction
Chapter 2. Phenomenological Theory of Elastooptics
Chapter 3. Materials for Elastiooptic Devices
Chapter 4. Classification of Elastooptic Modulators and Deflectors. General Criteria
Chapter 5. Refractive and Birefringence Light Deflection
Chapter 6. Diffractive Light Deflection
Chapter 7. Piezoelectric Transducers for Diffraction Light Deflectors
Chapter 8. Areas of Application
Chapter 9. Outlooks and Conclusion
Acknowledgments
Bibliography
Part VII. Quantum Detection Theory
Chapter 1. Detection Theory
Chapter 2. Detection Theory in Quantum Mechanics
Chapter 3. Detection of a Coherent Signal
Chapter 4. Modal Decomposition of Aperture Fields
Chapter 5. Detection of Incoherent Light
Chapter 6. Estimation Theory
Acknowledgment
References
Author Index
Subject Index
Cumulative Index of Authors

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Progress in Optics

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