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Control of Traffic Congestion with Weighted Random Early Detection and Neural Network Implementation

机译:控制权力随机早期检测和神经网络实现的交通拥堵

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Applying Quality of Service mechanisms to modern communications is essential for the efficiency and for the traffic reliability. The various Quality of Service methods are based on queues management depending on individual traffic parameters. Choosing Quality of Service parameters on the edge network devices defines the management queue and packet discard/queued parameters on the intermediate devices. The proposed research explores the possibility of automatically adapting to the already selected class based Quality of Service policy, of new users added to the backbone of the network. A neural network is trained to automaticlly adapt new end users to the quality of service policy, already set by other end-users and accepted by the intermediate routers. The obtained results show that the automated adaptation of the Quality of Service parameters to the already set ones, is possible for the intermediate routers, and the positive consequences of applying such a method are mentioned.
机译:将服务质量适用于现代通信至关重要,对效率和交通可靠性至关重要。各种质量的服务方法基于队列管理,具体取决于各个流量参数。选择边缘网络设备上的服务质量参数定义了中间设备上的管理队列和数据包丢弃/排队参数。所提出的研究探讨了自动适应已选定的基于类的服务策略,新用户添加到网络的骨干。培训神经网络以自动地将新的最终用户自动调整到服务质量策略,已由其他最终用户设置并由中间路由器接受。所得结果表明,中间路由器可以自动适应已经设定的服务参数的质量,并提及应用这种方法的积极后果。

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