01718cam a2200241   4500001000500000005001700005008003900022010001700061020003600078082001800114100002200132245009600154250001200250260003100262300003300293504006400326505086500390650003801255650002301293700002401316999001501340952012101355834520181127185709.0010705s2002    nyua     b    001 0 eng  a  2001045389  a0471392537 (cloth : alk. paper)00a621.382/22211 aZiemer, Rodger E.10aPrinciples of communication :bsystems, modulation, and noise /cR.E. Ziemer, W.H. Tranter.  a5th ed.  aNew York :bWiley,cc2002.  aix, 637 p. :bill. ;c27 cm.  aIncludes bibliographical references (p. 623-625) and index.  aCONTENTS : Chapter 1. Introduction. Chapter 2. Signal And  Linear System Analysis. Chapter 3. Basic Modulation  Techniques. Chapter 4. Principles Of Baseband Digital  Data Transmission. Chapter 5. Overview Of Probability And  Random Variables. Chapter 6. Random Signals And Noise.  Chapter 7. Noise In Modulation Systems. Chapter 8.  Principles Of Data Transmission In Noise. Chapter 9.  Advanced Data Communications Topics. Chapter 10. Optimum  Receivers And Signal Space Concepts. Chapter 11.  Information Theory And Coding. Appendix A. Physical Noise  Sources. Appendix B. Jointly Gaussian Random Variables.  Appendix C. Proof Of The Narrowband Noise Model. Appendix  D. Zero-Crossing And Origin Encirclement Statistics.  Appendix E. Chi-Square Statistics. Appendix F.  Quantization Of Random Processes. Appendix G.  Mathematical And Numerical Tables.grt 0aSignal theory (Telecommunication) 0aTelecommunication.1 aTranter, William H.  c7209d7209  00102ddc40708MAINaRTCLIBbRTCLIBcMAINh i12745l0o621.3 ZIEp30012315r2018-11-27 00:00:00w2018-11-27yMAIN