这样做不但会产生用于发送指令的额外通信开销,更会在节点数量上升时由于协同算法计算量上升,从而导致整个系统的效率下降。
This will bring the extra communication cost for instruction delivery, as well as the efficiency decrease because of the increase of computation cost brought by increased nodes 'numbers.
此外,讨论并通过实验证实了准瓶颈节点定义及算法的缺陷,并计算了一些网络特征量。
In addition, we argue and validate the limitation of the quasi-bottleneck nodes, calculate some mathematical character values of ne.
考虑到各个计算节点处理能力的不同,算法使用动态分配数据的方式来平衡各个节点的负载。
Considering the difference of each node's capability, this algorithm balances the load of all computing nodes by distributing data to each node dynamically.
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