Abstract
In this paper, a dynamic flow-regulation algorithm-oriented network overload control is proposed. It can proportionally distribute the load between the high-degree nodes and the low-degree nodes. According to the theoretical analysis, the network transmission performance of the proposed algorithm is in inverse proportion to the usage rate of the high-degree nodes. Simulations show that the new algorithm is more flexible and can enhance the network capability in most circumstances compared with the shortest path routing algorithm. Moreover, the comparison with the efficient routing algorism also reveals the prominent performance of the new algorithm.
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