Cellular Radio Performance Engineering
This reference focuses on the vital aspects of cellular radio system modelling and performance analysis. Providing a solid mathematical background in cellular system modelling and characterization, the book presents an extensive discussion on the process of impressing information on the radio signal in the transmitter - and also shows how to recover that information in the network. With many equations and illustrations, the book's comprehensive coverage is intended for communications engineers and students.
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adjacent channel adjacent-channel interference amplitude antenna gain antenna height Assuming attenuation band base station baseband BPSK carrier cell site cellular radio cellular system cochannel cells cochannel interference code word coders coefficient coherent combining components computed cordless telephone coverage curve data rate decibels density function detection detector discussed distance distribution diversity DQPSK equal equation error fading filter frequency Fresnel zone Gaussian given GMSK IEEE IEEE Trans IEEE Vehicular Technology input Kbps linear mobile antenna Mobile Radio modulation multicoupler multipath noise number of channels Okumura omnidirectional antenna OQPSK output parameters path loss performance phase probability propagation provides pulse QPSK random variable Rayleigh Rayleigh distribution Rayleigh fading receive antenna received signal scheme shown in Figure signal level signal power spectrum speech symbol techniques terrain transmission transmitted urban users Vehicular Technology Conference wave waveform zero