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Traffic routing management system using the open shortest path first algorithm

机译:使用开放最短路径优先算法的交通路由管理系统

摘要

A network processor is used for the routing of objects in non-data networking applications. The processor utilizes the Open Shortest Path First (OSPF) algorithm to capitalize on the benefits of data control for object traffic control and costs. A network processor is used at each point in a grid represented by intersecting paths. One or more routing tables are embedded in each network processor. Each routing table describes links with other network processors in the grid to which the network processor is interconnected. A cost factor is associated with each link and is constantly updated by the OSPF as new information becomes available. If a link or route becomes unavailable, the cost is set at infinity. The system then creates an alternative path for the object between a source and the desired destination that bypasses the unavailable link or route.
机译:网络处理器用于非数据网络应用程序中的对象路由。处理器利用开放式最短路径优先(OSPF)算法来利用数据控制的好处来实现对象流量控制和成本。在由相交路径表示的网格中的每个点处都使用网络处理器。每个网络处理器中嵌入一个或多个路由表。每个路由表都描述了与网络处理器互连的网格中其他网络处理器的链接。成本因数与每个链接相关联,并且在有新信息可用时由OSPF不断更新。如果链接或路由不可用,则成本设置为无穷大。然后,系统为源和所需目标之间的对象创建一条替代路径,绕过不可用的链接或路由。

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