Lightwave Technology : Telecommunication Systems
By : G. P Agrawal.
Material type: TextISBN: 9780471215721.Subject(s): Optical communications | ElectroopticsDDC classification: 621.3827 Online resources: Click here to access online Summary: Lightwave technology refers to technological developments based on the use of light in place of microwaves, and Agrawal (optics, U. of Rochester, New York) offers a two-volume textbook on it for graduate and advanced undergraduate courses such as optical communications, optoelectronics, and lightwave technology itself. This second volume deals with the system design, discussing such aspects as modulation formats and multiplexing techniques for forming an optical bit stream; the degradation of an optical signal through loss, dispersion, and nonlinear effects during transmission through optical fibers; managing degradation; and engineering issues related to designing optical systems and networks. The first volume is subtitled Components and Devices. The disk contains software helpful in solving the chapter- end problems.Item type | Current location | Collection | Call number | Status | Date due | Barcode |
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e-Book | Library of SLTC | e-Books Collection | 621.3827 AGR (Browse shelf) | Not for loan |
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621.3822 MIT Digital signal processing : a computer-based approach | 621.3822 WIL Digital modulation and coding | 621.3825 PRA Satellite Communications | 621.3827 AGR Lightwave Technology | 621.38275 KAM Optical fiber telecommunications | 621.38275 SEN Optical Fiber Communications: Principles and Practice | 621.38275 UND Undersea Fiber Communication Systems |
Lightwave technology refers to technological developments based on the use of light in place of microwaves, and Agrawal (optics, U. of Rochester, New York) offers a two-volume textbook on it for graduate and advanced undergraduate courses such as optical communications, optoelectronics, and lightwave technology itself. This second volume deals with the system design, discussing such aspects as modulation formats and multiplexing techniques for forming an optical bit stream; the degradation of an optical signal through loss, dispersion, and nonlinear effects during transmission through optical fibers; managing degradation; and engineering issues related to designing optical systems and networks. The first volume is subtitled Components and Devices. The disk contains software helpful in solving the chapter- end problems.
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