A Multi Factor Path Calculation Technology for the Power Integrated Data Network

In large multi area networks, path calculation is very complex. In some scenarios, in order to complete path calculation, special computing components need to be deployed on the controller and cooperation between nodes in different regions is required. This makes the network element inefficient in path calculation and also reduces the forwarding performance of the network element itself. The paper proposes a multi factor algorithm including bandwidth utilization, latency, packet loss, metric, etc. Multiple algorithm factors can be combined arbitrarily to achieve optimal path calculation based on matching business intentions. By controlling path calculation and dynamic optimization, line speed forwarding is achieved, effectively improving the throughput of the power integrated data network.