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Radio resource control protocol configuration for optimum web browsing

机译:无线电资源控制协议配置,用于最佳Web浏览

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Web browsing is expected to be one of the most widely used applications over the future generations of wireless networks. The Radio Resource Control (RRC) protocol configuration for maximum radio system capacity and optimum application performance depends on the characteristics of the network, the system and the application data traffic. It is essential to estimate, a priori, the required values of the RRC protocol configuration parameters so that the system can be configured for optimum performance. In this paper we consider the support of Web browsing applications over the 3rd generation wireless networks. We perform a sensitivity analysis of the Web browsing performance, system control overhead and the RRC protocol parameter values for various network and application characteristics. We also estimate these RRC parameter values for optimum operating condition considering realistic models of the network, system and applications. From the simulation results, we observe that, the required system control overhead for optimum Web browsing performance is small in realistic scenarios of 3rd generation wireless networks.
机译:预计Web浏览将是未来几代无线网络上使用的最广泛应用的应用。最大无线电系统容量和最佳应用程序性能的无线电资源控制(RRC)协议配置取决于网络的特性,系统和应用数据流量。重要的是估计,先验,RRC协议配置参数的所需值,使得系统可以被配置为最佳性能。在本文中,我们考虑通过第3代无线网络的网络浏览应用程序的支持。我们对各种网络和应用特征进行Web浏览性能,系统控制开销和RRC协议参数值的敏感性分析。我们还估计了考虑网络,系统和应用的现实模型的最佳操作条件的这些RRC参数值。从仿真结果中,我们观察到,在第三代无线网络的现实方案中,最佳Web浏览性能所需的系统控制开销。

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