Maintaining QoS by utilizing hierarchical wireless systems

H. Persson, J. Karlsson
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引用次数: 4

Abstract

Future wireless networks, the systems beyond 3G, will be a combination of different wireless systems. With only one terminal a user should be able to connect to different type of operators, technologies and systems. The issue is also to make the terminal staying online connected, when these changes are made. Both intrasystem handovers and intersystem handovers should be supported by such terminals. The systems will form a hierarchical cell structure, that offer the users several technologies and different type of QoS-levels and bandwidths. To analyze this type of hierarchical cell structure a model has been created, and to verify the model calculations on a Markov-chain have been made. Using the transition probabilities we have calculated the state probabilities, to verify the results from the simulations made of our model. The analytical model and the simulation shows a very good agreement. The results show that the model could be used to show how the WLAN usage will behave as the number of WLANs and WLAN users increase.
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利用分层无线系统维持QoS
未来的无线网络,即超越3G的系统,将是不同无线系统的组合。只有一个终端,用户应该能够连接到不同类型的运营商,技术和系统。当进行这些更改时,问题还在于使终端保持在线连接。这些终端应该支持系统内和系统间的切换。这些系统将形成分层单元结构,为用户提供多种技术和不同类型的qos级别和带宽。为了分析这种分层单元结构,建立了一个模型,并在马尔可夫链上进行了模型计算。利用跃迁概率,我们计算了状态概率,以验证我们模型的模拟结果。分析模型与仿真结果吻合较好。结果表明,该模型可用于显示随着无线局域网数量和无线局域网用户数量的增加,无线局域网的使用情况如何变化。
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