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Adaptive congestion control of Internet of Things Based on Improved RED Algorithm

机译:基于改进RED算法的物联网自适应拥塞控制

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For the problem of complex heterogeneous network congestion, an adaptive RED algorithm based on Bell type membership function is proposed, in the new algorithm, the probability function of packet loss is nonlinear by using the Bell type Fuzzy membership function. On one hand, it can enhance the adaptability of network and avoid cyber source waste, on the other hand, it automatically adjust the probability of packet loss according to the network environment to keep the queue length. Simulation shows that the new algorithm can effectively control the occurrence of IoT and has strong adaptivity.
机译:针对复杂的异构网络拥塞问题,提出了一种基于贝尔类型隶属度函数的自适应RED算法,该算法通过使用贝尔类型模糊隶属度函数实现了丢包概率函数为非线性。一方面,它可以增强网络的适应性,避免网络资源的浪费,另一方面,它可以根据网络环境自动调整丢包的概率,以保持队列的长度。仿真表明,该新算法可以有效控制物联网的发生,适应性强。

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