000			01574 a2200217 4500
999			_c107 _d107
005			20200924120110.0
008			200924b ||||| |||| 00| 0 eng d
020			_a0072321113
020			_a97800711818339
020			_a00711818330
082			_a621.382 _bPRO
100			_aProakis John G
245			_aDigital Communications _cJohn G Proakis
250			_a4th Ed.
260			_bMcgraw Hill _c2001 _aBoston
300			_axxi, 1002 pages : _billustrations ; _c24 cm.
505			_t1. Introduction -- _t2. Probability and stochastic processes -- _t3. Source coding -- _t4. Characterization of communication signals and systems -- _t5. Optimum receivers for the additive white gaussian noise channel -- _t6. Carrier and symbol synchronization -- _t7. Channel capacity and coding -- _t8. Block and convolutional channel codes -- _t9. Signal design for band-limited channels -- _t10. Communication through band-limited linear filter channels11. Adaptive equalization -- _t12. Multichannel and multicarrier systems -- _t13. Spread spectrum signals for digital communications -- _t14. Digital communications through fading multipath channels -- _t15. Multiuser communications --
520			_aDesigned to be used as a senior or graduate-level text, this works flexible and can be used in a one semester course. It includes topics such as: Turbo codes, Antenna Arrays, Iterative Detection, and Digital Cellular Systems. It also features electronic figures for presentation materials found on the website.
650			_aDigital communications
942			_cG _2ddc