Elsevier S & T

Introduction to Information Optics

Yu, Francis T.S.; Jutamulia, Suganda; Yin, Shizuhuo

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Table of contents
  • Contentsv
  • Prefacexiii
  • Chapter 1. Entropy Information and Optics1
  • 1.1. Information Transmission2
  • 1.2. Entropy Information4
  • 1.3. Communication Channel9
  • 1.4. Band-limited Analysis19
  • 1.5. Signal Analysis26
  • 1.6. Trading Information with Entropy41
  • 1.7. Accuracy and Reliability Observation47
  • 1.8. Quantum Mechanical Channel54
  • References60
  • Exercises60
  • Chapter 2. Signal Processing with Optics67
  • 2.1. Coherence Theory of Light67
  • 2.2. Processing under Coherent and Incoherent Illumination72
  • 2.3. Fresnel-Kirchhoff and Fourier Transformation76
  • 2.4. Fourier Transform Processing79
  • 2.5. Image Processing with Optics89
  • 2.6. Algorithms for Processing103
  • 2.7. Processing with Photorefractive Optics115
  • 2.8. Processing with Incoherent Light131
  • 2.9. Processing with Neural Networks141
  • References147
  • Exercises148
  • Chapter 3. Communication with Optics163
  • 3.1. Motivation of Fiber-Optic Communication163
  • 3.2. Light Propagation in Optical Fibers164
  • 3.3. Critical Components184
  • 3.4. Fiber-Optic Networks192
  • References198
  • Exercises198
  • Chapter 4. Switching with Optics201
  • 4.1. Figures of Merits for an Optical Switch202
  • 4.2. All-Optical Switches203
  • 4.3. Fast Electro-optic Switches: Modulators219
  • 4.4. Optical Switching Based on MEMS236
  • 4.5. Summary247
  • References248
  • Exercises250
  • Chapter 5. Transformation with Optics255
  • 5.1. Huygens–Fresnel Diffraction256
  • 5.2. Fresnel Transform257
  • 5.3. Fourier Transform259
  • 5.4. Wavelet Transform260
  • 5.5. Physical Wavelet Transform264
  • 5.6. Wigner Distribution Function270
  • 5.7. Fractional Fourier Transform275
  • 5.8. Hankel Transform279
  • 5.9. Radon Transform282
  • 5.10. Geometric Transform284
  • 5.11. Hough Transform292
  • References294
  • Exercises295
  • Chapter 6. Interconnection with Optics299
  • 6.1. Introduction299
  • 6.2. Polymer Waveguides303
  • 6.3. Thin-Film Waveguide Couplers312
  • 6.4. Integration of Thin-Film Photodetectors331
  • 6.5. Integration of Vertical Cavity Surface-Emitting Lasers (VCSELs)334
  • 6.6. Optical Clock Signal Distribution339
  • 6.7. Polymer Waveguide-Based Optical Bus Structure343
  • 6.8. Summary348
  • References349
  • Exercises351
  • Chapter 7. Pattern Recognition with Optics355
  • 7.1. Basic Architectures356
  • 7.2. Recognition by Correlation Detections364
  • 7.3. Polychromatic Pattern Recognition375
  • 7.4. Target Tracking380
  • 7.5. Pattern Recognition Using Composite Filtering387
  • 7.6. Pattern Classification394
  • 7.7. Pattern Recognition with Photorefractive Optics401
  • 7.8. Neural Pattern Recognition411
  • Reference422
  • Excercise423
  • Chapter 8. Information Storage with Optics435
  • 8.1. Digital Information Storage435
  • 8.2. Upper Limit of Optical Storage Density436
  • 8.3 Optical Storage Media438
  • 8.4. Bit-Pattern Optical Storage446
  • 8.5. Holographic Optical Storage454
  • 8.6. Near Field Optical Storage461
  • 8.7. Concluding Remarks465
  • References465
  • Exercises468
  • Chapter 9. Computing with Optics475
  • 9.1. Introduction476
  • 9.2. Parallel Optical Logic and Architectures477
  • 9.3. Number Systems and Basic Operations489
  • 9.4. Parallel Signed-Digit Arithmetic501
  • 9.5. Conversion between Different Number Systems543
  • 9.6. Optical Implementation549
  • 9.7. Summary560
  • References562
  • Exercises569
  • Chapter 10. Sensing with Optics571
  • 10.1. Introduction571
  • 10.2. A Brief Review of Types of Fiber-Optic Sensors572
  • 10.3. Distributed Fiber-Optic Sensors589
  • 10.4. Summary612
  • References613
  • Exercises615
  • Chapter 11. Information Display with Optics617
  • 11.1. Introduction617
  • 11.2. Information Display Using Acousto-optic Spatial Light Modulators618
  • 11.3. 3-D Holographic Display632
  • 11.4. Information Display Using Electro-optic Spatial Light Modulators643
  • 11.5. Concluding Remarks661
  • References662
  • Exercises664
  • Chapter 12. Networking with Optics667
  • 12.1. Background667
  • 12.2. Optical Network Elements671
  • 12.3. Design of Optical Transport Network696
  • 12.4. Applications and Future Development of Optical Networks704
  • References714
  • Exercises715
  • Index719
Book details
  • Vendor Elsevier S & T
  • SKU 9780127748115
  • ISBN-13 9780080509297
  • Author Yu, Francis T.S.; Jutamulia, Suganda; Yin, Shizuhuo
  • Category Technology & Engineering
  • Subject Optics

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Description eBook delivery & access Reviews
While there are books treating individual topics contained in this book, this will be the first single volume providing a cohesive treatment on this subject as a whole. This goes beyond optical communications in that it includes related topics such as sensing, displays, computing, and data storage.