Titlebook: Wireless Personal Communications; Research Development Brian D. Woerner,Theodore S. Rappaport,Jeffrey H. Book 1995 Springer Science+Busine

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The effect of adjacent cell interference, power control and error correction on a CDMA cellular systdjacent accent cell interference, power control and error correction on the performance of the base-to-mobile link of a multiple- cell CDMA cellular radio system. The performance measures considered in this analysis are the average bit-error-rate (BER) and the service reliability..A statistical appr

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The Design and Development of a Spread Spectrum Digital Cordless Telephone for the Consumer Market a peak RF output power of 1 watt. The telephone combines a simple, direct-conversion receiver architecture with DSP techniques for spreading, coding, demodulation, correlation, and speech compression. Most DSP functions, all glue logic, the controlling state machine, and all circuitry for time divi

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A Principled Framework for Narrowband Mobile Digital Communicationsing in the frequency flat time-varying Rayleigh fading channel. This recursive structure allows for symbol-by-symbol data decisions to be made in an efficient manner. The complexity problem inherent to optimal detection schemes is addressed and approximations to optimal detection are considered whic

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A Macrocell Model Based on the Parabolic Diffusion Differential Equationropagating wave, is suggested. The multiple knife-edge approach is applied and only multiple diffracted waves, no reflections, are considered. A non-flat terrain can be handled. The differential equation is solved by using the explicit Forward-Difference method, where the distance between the calcul

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A Nano-Cellular Local Area Network Using Near-Field RF Couplingthe near-field to provide high isolation between adjacent cells. We believe that this Nano-Cellular system offers unique advantages for mobile computing in an indoor environment. At the operating frequency of 5.3 MHz, the cell size is approximately that of a single office. Small cells offer several

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Radiowave Propagation Measurements for Sharing Spectrum Between Point-to-Point Microwave Radios and ve systems and personal communications systems (PCS). The results showed that the isolation measured between the microwave and a PCS system on the street was more dependent upon building shadowing and street orientation within the city than on the distance between the two systems for distances less

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