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A mathematical model for wireless channel allocation and handoff schemes

机译:无线信道分配和切换方案的数学模型

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摘要

A mathematical model for analytical study on complete and partial channel allocation schemes is presented in this paper. Expression for the queue length distribution has been analytically derived. The mathematical model can be used for analysis of multiple call categories like new calls, handoff calls, delay tolerant or delay sensitive calls. This adaptive mathematical model can be utilized to design optimal channel allocation algorithms, or even test the already established resource allocation schemes for provisioning of Quality-of-Service to enable the usage of real time mobile applications. Most existing studies depend upon simulation experiments to investigate the performance of their proposed algorithms, but the mathematical model presented here can really help to evaluate such proposals from an analytical perspective.
机译:本文提出了一种用于分析完整和部分信道分配方案的数学模型。通过分析得出了队列长度分布的表达式。该数学模型可用于分析多个呼叫类别,例如新呼叫,越区切换呼叫,延迟容忍或延迟敏感呼叫。该自适应数学模型可以用于设计最佳信道分配算法,甚至可以测试已经建立的资源分配方案,以提供服务质量,从而可以使用实时移动应用程序。现有的大多数研究都依赖于仿真实验来研究其提出的算法的性能,但此处介绍的数学模型确实可以从分析的角度帮助评估此类提议。

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