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Neural Network-based Congestion Control for ATM UBR Service

机译:基于神经网络的ATM UBR服务拥塞控制

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摘要

The UBR service of the ATM network supports a general delivering mode for those data with less delay sensitive and cell loss, and offers the best effort service. The EPD (Early Packet Discard) techniques basically employ a threshold to define the current traffic status and classify the cells into two classes, the first cell and the non-first cell. In this paper, the proposed method is based on the EPD technique and employs the results learned from the neural network to design a better and practical strategy to improve the traffic over the UBR service in ATM network. The main principle of the proposed method is to provide an adaptive threshold, which will become larger to accommodate both kinds of cells if the traffic is light, and which will become smaller to only accept the non-first cell if the traffic is heavy. Simulation results show that our scheme can significantly improve the TCP traffic over the UBR service.
机译:ATM网络的UBR服务为那些数据提供了一种通用的传递模式,从而减少了延迟敏感性和信元丢失,并提供了尽力而为的服务。 EPD(早期分组丢弃)技术基本上采用阈值来定义当前流量状态,并将小区分为两类,第一小区和非第一小区。在本文中,所提出的方法是基于EPD技术的,并利用从神经网络中学到的结果来设计一种更好,更实用的策略来改善ATM网络中UBR服务上的流量。所提出的方法的主要原理是提供自适应阈值,如果业务量较小,则自适应阈值将变大以适应两种小区,如果业务量较大,则将变得较小以仅接受非第一小区。仿真结果表明,该方案可以显着改善UBR服务上的TCP流量。

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