2002Unpublished venueRequires access

Impact of planning uncertainties in designing a cellular mobile communication network

V. K. Koshi, David J. Edwards, A.M. Street, M.J. Mehler

Open publisher page 2 citations

Abstract

The effects of planning parameter uncertainties in designing a cellular network are presented. Potential errors are quantified and consequences in cellular planning are shown. The analytical model employed is based upon novel general expressions, derived for the exact calculation of cochannel interference probability for nonstationary terminals in combined short and long term fading conditions. In particular the required quality of information about the propagation environment, for service quality and cell capacity estimation, is analysed.

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What this paper is about

The effects of planning parameter uncertainties in designing a cellular network are presented. Potential errors are quantified and consequences in cellular planning are shown. The analytical model employed is based upon novel general expressions, derived for the exact calculation of cochannel interference probability for nonstationary terminals in combined short and long term fading conditions. In particular the required quality of information about the propagation environment, for service quality and cell capacity estimation, is analysed.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The effects of planning parameter uncertainties in designing a cellular network are presented. Potential errors are quantified and consequences in cellular planning are shown. The analytical model employed is based upon novel general expressions, derived for the exact calculation of cochannel interference probability for nonstationary terminals in combined short and long term fading conditions. In particular the required quality of information about the propagation environment, for service quality and cell capacity estimation, is analysed.

Key concepts: Cellular network, Cellular radio, Fading, Computer science, Interference (communication), Quality of service, Term (time), Network planning and design

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