Taub's Principle Of Communication Systems

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Key Features Mathematical explanations-Introductory chapters (chapters 1 and 2) cover mathematical background required for understanding of further chapters. Discussion on Communication System begins with amplitude and angle modulation system in chapters 3 and 4 Excellent coverage on Noise. Covered in four chapters, which includes influence of noise and digital communication in presence of noise Analysis of the influence of noise in communication is discussed in chapters 8 and 9. Coding, error correction and detection are discussed in chapter 13. Chapter 16-miscellaneous topics like telephone switching, computer communications, telephone communication, Satellite and optical communication, etc are discussed. Use of MATLAB throughout the text. (New Feature) Pedagogy: 135 Solved Examples 600 practice problems 250 objective type questions 54 MATLAB examples New Chapters on Phased Lock Loops Miscellaneous topics in communication (topics like telephone switching, Computer communications, telephone communication, satellite and optical communication etc.) Excellent coverage on Noise. Covered in four chapters, which includes influence of noise and digital communication in presence of noise Pedagogy: 120 new solved examples 54 MATLAB examples (Altogether a new feature) 255 objective type questions (Altogether a new feature) About The Author Donald L. Shilling is the Herbert G. Kayser Distinguished proffesor of Electrical Engineering at the city Colledge of the City University of New York where he has been a professor since 1969.Proffessor Shilling has taught Electrical Engineering since 1956,more than32 years. His books include Electronic Circuits: Discrete and integrated; Introduction to system, circuits, and devices; Principle of Communications Systems; Digital Integrated Electronics;Electronic Circuits: Discrete and Integrated(2d edition); and Dynamic Project Management. he has also published more than 140 technical papers in the telecommunication feild. Proffesor Schilling was president of the IEEE Communication Society, a member of the board of directors of the IEEE, and editor-in-cheif of the IEEE Transaction on Communications magazine and Communication magazine Table Of Contents Chapter 1. Introduction: Signals and Spectra Chapter 2. Random Variables and Processes Chapter 3. Amplitude-Modulation Systems Chapter 4. Angle Modulation Chapter 5. Pulse Modulation and Digital Transmission of Analog Signal Chapter 6. Digital Modulation and Transmission Chapter 7. Mathematical Representation of Noise Chapter 8. Noise in Amplitude Modulation System Chapter 9. Noise in Frequency Modulation System Chapter 10. Phase Locked Loops Chapter 11. Optimal Reception of Digital Signal Chapter 12. Noise in Pulse Code Modulation and Delta Modulation System Chapter 13. Information Theory and Coding Chapter 14. Communication System and Component Noises Chapter 15. Spread Spectrum Modulation Chapter 16. Miscellaneous Topics in Communication Systems