CDMA: access and switching for terrestrial and satellite networks
Taking a close look at an integral part of next generation wireless communications, this book presents SS/CDMA system architecture (Satellite Switched Code Division Multiple Access) and its various communications services. TDMA-based satellite communications as well as related satellite systems and services are also examined in detail.
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Switched CDMA Networks
Code Division Switching
7 other sections not shown
Access channel amplitude analysis antenna assignment algorithm assume AWGN bandwidth baseband beam code CDMA CDMA system channel estimation Chapter chip rate circuit calls Code Division Switch coherent demodulation complex cross-correlation data packets data symbol decoding delay demand assignment demodulation despreading detector Division Multiple Access downlink end-to-end evaluated fading feedback frequency band function Gaussian given Gold codes Hadamard matrix IEEE input interference power interfering user iterative length loop filter matched filter MMSE MO/SE-CDMA multi-user multiplexing noise number of users on-board optimum orthogonal CDMA orthogonal codes orthogonal matrix orthogonal sequences other-user interference output overspreading Paging channel parameters performance phase PN-codes power control error quantization random Rayleigh fading receiver SAD scheme Satellite Switched SE-CDMA Section shown in Figure signal simulation spread-spectrum spread-time spreading SS/CDMA Switched CDMA SYNC synchronization tier transmission transmitted Turbo codes uplink beam user codes user of interest variance vector