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Nonlinear Control of Active Queue Management for Multiple Bottleneck Network

机译:多瓶颈网络主动队列管理的非线性控制

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摘要

Active Queue Management (AQM) based on nonlinear difference equations is proposed to solve the end-to-end TCP network congestion problem. The proposed AQM scheme can guarantee the stability of the multiple bottleneck network by nonlinear control of dropping probability of the routers by imposing some restrictions on the AQM parameter. Nonlinear control often relies on some heuristics and network traffic controllers that appear to be highly correlated with the multiple bottleneck network status. Based on the proposed nonlinear difference equations for TCP flows control across the network, this paper reveals the reasons of congestion of multiple bottleneck AQM, and provides a theorem for avoiding network congestion. Moreover, we give simulations to verify the results for nonlinear control of the multiple bottleneck network congestion.
机译:为了解决端到端TCP网络的拥塞问题,提出了一种基于非线性差分方程的主动队列管理算法。通过对AQM参数施加一些限制,通过对路由器掉线概率的非线性控制,所提出的AQM方案可以保证多瓶颈网络的稳定性。非线性控制通常依赖于一些启发式方法和网络流量控制器,这些控制器似乎与多个瓶颈网络状态高度相关。基于提出的用于网络TCP流量控制的非线性差分方程,本文揭示了多个瓶颈AQM拥塞的原因,并为避免网络拥塞提供了一个定理。此外,我们提供了仿真来验证多瓶颈网络拥塞的非线性控制结果。

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