Principles of Mobile CommunicationThis mathematically rigorous overview of physical layer wireless communications is now in a 4th, fully revised and updated edition. The new edition features new content on 4G cellular systems, 5G cellular outlook, bandpass signals and systems, and polarization, among many other topics, in addition to a new chapters on channel assignment techniques. Along with coverage of fundamentals and basic principles sufficient for novice students, the volume includes finer details that satisfy the requirements of graduate students aiming to conduct in-depth research. The book begins with a survey of the field, introducing issues relevant to wireless communications. The book moves on to cover relevant discrete subjects, from radio propagation, to error probability performance, and cellular radio resource management. An appendix provides a tutorial on probability and random processes. The content stresses core principles that are applicable to a broad range of wireless standards. New examples are provided throughout the book to better explain the more complex material to the reader. Additional problems have also been added to those already appearing at the ends of the chapters to make the book more suitable for course instruction. |
Contents
| 1 | |
| 33 | |
3 CoChannel Interference | 147 |
4 Modulation and Power Spectrum | 165 |
5 Detection of Known Signals in Noise | 231 |
6 MultiAntenna Techniques | 273 |
7 Time Domain Equalization and Interference Cancelation | 333 |
8 Error Control Coding | 397 |
10 MultiCarrier Techniques | 501 |
11 Frequency Planning Techniques | 529 |
12 CDMA Cellular Systems | 563 |
13 Radio Resource Management | 593 |
14 Channel Assignment Techniques | 643 |
A Probability and Random Processes | 671 |
References | 699 |
| 709 | |
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Common terms and phrases
ˇ ˇ assumed autocorrelation function average AWGN bandwidth base station bit error probability carrier carrier-to-interference ratio CDMA cell cellular systems co-channel interference codewords complex envelope components Consider convolutional codes cross-correlation data symbols decoding defined delay density discrete-time distance distribution Doppler encoder equal faded envelope fading channels flat fading frequency Gaussian random variables guard interval handoff algorithms IEEE impulse response input interleaver ISI channels linear log-normal macrodiversity matched filter matrix metric microcell modulation noise whitening filter obtained OFDM OFDMA orthogonal outage output parameters path loss performance phase power control propagation pulse radio random process random variables Rayleigh fading received signal receiver antenna reuse reverse link samples schemes sequence shadowing shown in Fig signal constellation signal vectors simulation soft handoff spatial spectrum spread sub-carriers transmit power trellis turbo codes uncorrelated variance waveform