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DESIGN AND SIMULATION OF TRAFFIC CONTROLLER IN COMMUNICATION NETWORKS USING MATLAB

机译:基于MATLAB的通信网络中交通控制器的设计与仿真。

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In this paper, the efficient traffic control in communication networks is investigated and developed. The congestion delay control in the mobile network based fluid flow theory has been used to design the suggested model with efficient managements. The suggested approach is able to adapt manage with physical layer resource and time delay. The proposed controls techniques are established with mathematical consequent structure by use customized sliding controller technique. In this method, a high utilization with minimum delay is provided by adapt the state feedback with sliding mode controllers. The achievements in the requirements of quality of service (QoS) by mean of dynamic regulation and effectiveness of network resources for traditional structures. The limitation in the bandwidth and capacity as a network input restriction has been considered in this work. Results shows minimum delay by 0.9 msec. in the networks delay by this approach which is consider a novel developments compared with existing design.
机译:本文研究和开发了通信网络中的有效流量控制。基于移动网络的流体流动理论中的拥塞延迟控制已被用于设计具有有效管理的建议模型。建议的方法能够适应物理层资源和时间延迟的管理。通过使用定制的滑动控制器技术,以数学的结果结构建立了提出的控制技术。在这种方法中,通过将状态反馈与滑模控制器相匹配,可以提供具有最小延迟的高利用率。通过动态调节和传统结构的网络资源有效性来实现服务质量(QoS)要求。在这项工作中已经考虑了带宽和容量的限制作为网络输入限制。结果显示最小延迟为0.9毫秒。通过这种方法,在网络延迟方面,与现有设计相比,这是一种新颖的发展。

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