Performance of fuzzy algorithm based handover process for personal communication systems

A. Sheikh, C.H. Mlonja
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引用次数: 10

Abstract

Recent advances in radio systems technology have led to the development of wireless systems which could provide universal access to the users. To support higher user density, high user mobility, and enhanced network capacity, extensive frequency reuse in microcellular systems becomes necessary. Small cell radii result in more frequent handovers which in general overload other vital functions of the network control. This paper presents a new fuzzy logic based handover algorithm which results in sharp reduction in the number of handovers from those when a conventional algorithm is used. Furthermore, the proposed handover decision may be extended to include multiple performance criteria in order to make the handover process more robust while minimizing the number of unnecessary handovers.
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基于模糊算法的个人通信系统切换过程性能研究
无线电系统技术的最新进展导致了可以向用户提供普遍访问的无线系统的发展。为了支持更高的用户密度、高用户移动性和增强的网络容量,在微蜂窝系统中广泛的频率重用变得必要。较小的小区半径导致更频繁的切换,这通常会使网络控制的其他重要功能过载。本文提出了一种新的基于模糊逻辑的切换算法,与传统的切换算法相比,该算法的切换次数大大减少。此外,建议的移交决策可以扩展到包括多个性能标准,以使移交过程更加稳健,同时最大限度地减少不必要的移交次数。
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