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Audience: Telecommunications engineers, academia.
I.P. Kaminow, Introduction.
J.E. Berthold, SONET and ATM: Background. Networking Solution. Synchronous Transmission Networking, SONET and the SDH17. ATM Networking. SONET and ATM.
V.W.S. Chan, InformationCoding and Error Correction in Optical Fiber Communications Systems (FEC, NRZ): Introduction. Common Modulation Formats for Fiber Systems: Direct Detection and Coherent Systems. Fundamental Detection Performances and Deviations of Currently Available Systems. Potential Role of Forward Error Correcting Codes in Fiber Systems and its Beneficial Ripple Effects on Systems and Hardware Designs. Some Practical Codes. Applications of Coding to Future Lightwave Systems Such as Wavelength Division Multiplexed Systems and Optical Networks. Summary. References.
D. DiGiovanni, D.P. Jablonowski, and M.F. Yan, Advances in Fiber Design and Processing: Introduction. Erbium Doped Fiber Amplifier. High Power Fiber Amplifier. Amplification at 1.3 Tm. Dispersion Management. Specialty Connector Fibers. Conclusions.
K.W. Jackson, T.D. Mathis, P.D. Patel, M.R. Santana, and P.M. Thomas, Advances in Cable Design: Advances in Fiber Design. Advances in Cable Design.
C.D. Poole and Jonathan Nagel, Polarization Effects in Lightwave Systems: Introduction. Origin of Polarization Effects in Fiber. Polarization-Mode Dispersion in Systems. Measurement of Polarization-Mode Dispersion. Polarization Effects in Amplified Systems.
A.H. Gnauck and R.M. Jopson, Dispersion Compensation for Optical Fiber Systems: Introduction. Lightwave Systems. Chromatic Dispersion. Dispersion Compensation. The Next Step. Summary.
F. Forghieri, R.W. Tkach, and A.R. Chraplyvy, Fiber Nonlinearities and Their Impact on Transmission Systems: Introduction. Stimulated Brillouin Scattering. Self-Phase Modulation. Cross-Phase Modulation. Four-Photon Mixing. Dispersion Management. Modulation Instability. Stimulated Raman Scattering. Scaling Nonlinearities. Formulas and Symbols.
C. Fan and J.P. Kunz, Amplified Lightwave System Design: Introduction. Architecture and Building Blocks of Lightwave Network. Optical Amplifier System Design. WDM Issues. Optical Fiber Constraints. Advanced Experiments and Field Trials. Future Trends.
N.S. Bergano, Undersea Amplified Lightwave Systems Design: Introduction. Transmission Formats. Amplifier Chains. Dispersion/Nonlinearity Management. Measures of System Margin. Polarization Effects. Transmission Experiments. Transmission Systems. Summary.
K. Ogawa, L.D. Tzeng. Y.K. Park, and E. Sano, Advance in High Bit Rate Transmission Systems: Progress of High Speed Optical Systems. High Speed Receiver Design. System Performance. High Speed Electronics.
L.F. Mollenauer, J.P. Gordon, and P.V. Mamyshev, Solitions in High Bit Rate, Long Distance Transmission: Introduction. Pulse Propagation and Solitions in Optical Fibers: A Tutorial. Spontaneous Emissions and Other Noise Effects. Frequency Guiding Filters. Wavelength Division Multiplexing. Polarization Effects.
N.J. Frigo, A Survey of Fiber Optics in Local Access Architectures: Introduction. Models of Current Access Architectures. Consideration for Network Providers. Survey of Current Access Architechture Models. WDM Passive Optical Networks as an Access Strategy. Summary.
M.R. Phillips and T.E. Darcie, Lightwave Analog Video Transmission: Introduction. Analog Lightwave Systems. Analog Lightwave Systems. Summary.
I.P. Kaminow, Advanced Multiaccess Lightwave Networks: Introduction. Optical Transparency. WDM Point-to-Point Links. WDM Rings. WDM Local Access Networks. Wavelengt Routing Network Testbeds. Conclusions. Subject Index.
I.P. Kaminow: Introduc