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The Research of Traffic Flow Assignment Model based on the Network Calculus of Computer Network

机译:基于计算机网络网络演算的交通流分配模型研究

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摘要

The existing dynamic traffic assignment researches mostly based on ideal hypothesis conditions which can analyze the affection of all kinds of traffic parameters on traffic flow and find out characteristics of various types of traffic distribution, but there is rarely have accurate calculation of flow distribution model. The study will first apply the network equilibrium theory into dynamic traffic flow assignment. Using Leaky Bucket Controller and Network Calculus, complicated traffic elements will incorporate into unified mathematical model called T-S Constrained Model, we can deduce flow assignment rate which is in a delay-limited constraints. The simulation results manifest that the model can not only solves congestion, but also reduce average delay of every path, it can extremely improve the traffic capacity of road network. The accurate assignment solutions will have significant impact on traffic engineering implementation.
机译:现有的动态交通分配研究主要基于理想的假设条件,可以分析各种交通参数对交通流的影响,并找出各种交通分布的特征,但很少有准确的流量分配模型计算方法。该研究将首先将网络均衡理论应用到动态交通流分配中。使用泄漏桶控制器和网络演算,复杂的流量元素将被合并到称为T-S约束模型的统一数学模型中,我们可以推导处于延迟受限约束条件下的流量分配率。仿真结果表明,该模型不仅可以解决拥塞问题,而且可以减少每条路径的平均时延,可以极大地提高路网的通行能力。准确的分配解决方案将对交通工程的实施产生重大影响。

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