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BASED NEW WiMax SIMULATION MODEL TO INVESTIGATE Qos WITH OPNET MODELER IN SHEDULING ENVIRONMENT

机译:基于新的WiMAX仿真模型,调查Sheduling环境opnet Modeler的QoS

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WiMAX stands for World Interoperability for Microwave Access. It is considered a major part of broadband wireless network having the IEEE 802.16 standard. WiMAX provides innovative, fixed as well as mobile platforms for broadband internet access anywhere anytime with different transmission modes. The results show approximately equal load and throughput while the delay values vary among the different Base Stations. Introducing the various type of scheduling algorithm, like FIFO,PQ,WFQ, for comparison of four type of scheduling service, with its own QoS needs and also introducing OPNET modeler support for Worldwide Interoperability for Microwave Access (WiMAX) network. The simulation results indicate the correctness and the effectiveness of this algorithm. This paper presents a WiMAX simulation model designed with OPNET modeler 14 to measure the delay, load and the throughput performance factors.
机译:WiMAX代表世界互操作性的微波炉。它被认为是具有IEEE 802.16标准的宽带无线网络的主要部分。 WiMAX随时随地提供创新,固定的,固定和移动平台,随时随地随时随地提供不同的传输模式。结果显示了大约相等的负载和吞吐量,而延迟值在不同的基站之间变化。引入各种类型的调度算法,如FIFO,PQ,WFQ,用于比较四种类型的调度服务,其QoS需求以及为全球微波访问(WiMAX)网络的全球互操作性引入OPNet Modeler支持。仿真结果表明该算法的正确性和有效性。本文介绍了一个使用OPnet Modeler 14设计的WiMAX仿真模型,以测量延迟,负载和吞吐量性能因素。

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