1996 IEEE International Conference on Personal Wireless Communications Proceedings and Exhibition. Future Access
DOI: 10.1109/icpwc.1996.493323
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Fixed cellular rural networks in developing countries: a performance evaluation

Abstract: Two variations of a generic architecture of fixed cellular rural network suitable for rural applications in developing countries are presented. Performance evaluation of the two architectures in terms of call blocking probability is carried out by using a simulation model of the networks. It is shown by simulation results that a combination of wired and wireless networks with channel borrowing for intervillage call traffic results in lower call blocking probability.

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“…Digital wireless telephone technologies are also defined as WLL, based on their coverage area, technology platform, offered services and technical characteristics, and are called either cellular telephone systems (CTS) or fixed wireless telephony (FWT). Since WLL work at ultra-high frequencies (UHF, 300-3000 MHz) rain is not a problem, and for rural, scattered, semi-fixed users, multipath is not as big a problem as it is in urban applications [2,6]. The area coverage of WLL is usually a few kilometers per cell, depending upon the geography and topography of the terrain.…”
Section: Wireless Local Loops (Wll) For Rural Local Communicationsmentioning
confidence: 99%
“…Digital wireless telephone technologies are also defined as WLL, based on their coverage area, technology platform, offered services and technical characteristics, and are called either cellular telephone systems (CTS) or fixed wireless telephony (FWT). Since WLL work at ultra-high frequencies (UHF, 300-3000 MHz) rain is not a problem, and for rural, scattered, semi-fixed users, multipath is not as big a problem as it is in urban applications [2,6]. The area coverage of WLL is usually a few kilometers per cell, depending upon the geography and topography of the terrain.…”
Section: Wireless Local Loops (Wll) For Rural Local Communicationsmentioning
confidence: 99%