Performance Evaluation of Speed Sensitive Handover in Two-Tier Wireless Networks

Vikas Solanki, Ravi Kumar Sachdeva, V. Lamba, Umesh Solanki, B. K. Sahoo
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Abstract

In today’s scenario, due to urban development where subscribers are increasing day-by-day with high density and distributed in non-uniform manner with high and slow speed in moving nature. The two-tier cellular networks’ infrastructure may help in sharing the traffic load of versatile speed of users and accommodate more subscribers by taking the advantage overlapping property of two tier wireless networks. It may helps in sharing the channels and handover the calls in horizontal as well as vertical direction. Frequency management and call admission control techniques may help in resource optimization in result of adjust more subscribers. In this paper, fuzzy logic adaptive channel management strategy using two-tier wireless networks is presented. Macro-microcells taking the advantage of overlapping the property in results of optimization of resource utilization show seamless handoff to adjust the more subscribers and improve the overall performance of the wireless cellular networks.
两层无线网络中速度敏感切换的性能评估
在今天的场景中,由于城市的发展,用户日益增加,高密度,分布不均匀,具有高速度和慢速度的移动性质。两层蜂窝网络的基础设施可以利用两层无线网络的重叠特性,帮助用户分担各种速度的流量负荷,并容纳更多的用户。它可能有助于在水平和垂直方向上共享信道和切换呼叫。频率管理和呼叫接纳控制技术可以通过调整更多的用户来实现资源优化。提出了一种基于两层无线网络的模糊逻辑自适应信道管理策略。宏微蜂窝利用资源利用优化结果的重叠特性进行无缝切换,以调整用户数量,提高无线蜂窝网络的整体性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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