author = { Lapidoth, Amos },

title = { A foundation in digital communication },

edition = { 1. publ. } ,

publisher = {Cambridge Univ. Press},

isbn = {9780521193955},

keywords = { Digital communications , Telekommunikation , Digitale Nachrichtentechnik },

year = {2009},

abstract = {Literaturverz. S. 697 - 701},

abstract = {1. Some Essential Notation -- 2. Signals, Integrals, and Sets of Measure Zero -- 3. Inner Product -- 4. Space L[subscript 2] of Energy-Limited Signals -- 5. Convolutions and Filters -- 6. Frequency Response of Filters and Bandlimited Signals -- 7. Passband Signals and Their Representation -- 8. Complete Orthonormal Systems and the Sampling Theorem -- 9. Sampling Real Passband Signals -- 10. Mapping Bits to Waveforms -- 11. Nyquist's Criterion -- 12. Stochastic Processes: Definition -- 13. Stationary Discrete-Time Stochastic Processes -- 14. Energy and Power in PAM -- 15. Operational Power Spectral Density -- 16. Quadrature Amplitude Modulation -- 17. Complex Random Variables and Processes -- 18. Energy, Power, and PSD and QAM -- 19. Univariate Gaussian Distribution -- 20. Binary Hypothesis Testing -- 21. Multi-Hypothesis Testing -- 22. Sufficient Statistics -- 23. Multivariate Gaussian Distribution -- 24. Complex Gaussians and Circular Symmetry -- 25. Continuous-Time Stochastic Processes -- 26. Detection in White Gaussian Noise -- 27. Noncoherent Detection and Nuisance Parameters -- 28. Detecting PAM and QAM Signals in White Gaussian Noise -- 29. Linear Binary Block Codes with Antipodal Signaling -- A. On the Fourier Series.},

address = { Cambridge [u.a.] },

url = { http://slubdd.de/katalog?TN_libero_mab2 }