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Control of Traffic Congestion in a Packet-Switching Network Using Routing Algorithms

机译:使用路由算法控制分组交换网络中的流量拥塞

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This research discussed the application of routing algorithms to the control of the congestion of the traffic of packets in a packet-switching network, it is required to find the path with the least total cost of transmitting the packets, with the shortest possible distance between a packet source and a destination host and also to reduce the amount of time that takes the packet to get through to its destination. The routing algorithms considered are Dijkstra algorithm and the Floyd?s algorithm, they are reviewed, implemented and compared with respect to there performances. The Floyd?s algorithm implementation tends to find the path between all pairs of nodes in the network according to the changes in the costs of each path due to the packet passing through them. This makes Floyd?s algorithm implementation one of the best ways of find paths through a network compared to the Dijkstra algorithm implementation which is good particularly for path finding between two specific nodes in the network.
机译:这项研究讨论了路由算法在控制分组交换网络中分组流量拥塞的应用中,需要找到一条传输分组总成本最小,路径之间距离最短的路径。数据包源和目标主机,还可以减少数据包到达其目的地所花费的时间。所考虑的路由算法是Dijkstra算法和Floyd?s算法,对它们的性能进行了回顾,实施和比较。弗洛伊德(Floyd's)算法的实现倾向于根据由于数据包通过它们而导致的每条路径成本的变化来找到网络中所有节点对之间的路径。与Dijkstra算法实现相比,这使得Floyd的算法实现成为通过网络查找路径的最佳方法之一,这尤其适用于网络中两个特定节点之间的路径查找。

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