Iintroduce basic calculation idea of ventilation network nodes analysis method and numerical solution on circuit wind flux method.
简要介绍了网络节点法求解的基本思想和回路风量法的数值解法。
Information from the most distant nodes on the network made as many as 45 "hops" before reaching the central computer for analysis.
信息从网络中最遥远的节点取得，在到达中央计算机进行分析前高达45个“跳点”。
According to the analysis and simulation, results indicated that the distribution will result in center nodes very negative way, the network resources will not be fully utilized.
根据本文的分析与仿真结果表示这种分布方式会对中心节点非常不利，这使得网络资源没有得到充分利用。
Theory analysis and simulation show that EBACCS ensures the connectivity and coverage of network, balances the energy consumption of nodes and prolongs network lifetime.
理论分析和仿真实验结果表明，EBACCS能够保证网络的连通性与覆盖性，均衡节点能耗，延长网络寿命。
The analysis shows that this model can avoid attackers getting enough weight for the private key for lawlessly validating and validate the network nodes when trust nodes remain small.
分析结果表明，该模型在可信节点剩余很少时仍能完成网络中节点的认证，亦可避免攻击者获取足够的私钥分量进行非法认证。
As a result of clustering analysis and railway transport conditions, the transport network of express goods is designed, that contains 10 key nodes, 13 main nodes and 15 general nodes.
根据聚类结果和铁路运输条件，规划出由10个关键节点、13个重要节点和15个一般节点构成的快捷货物运输运力网络。
As a result of clustering analysis and railway transport conditions, the transport network of express goods is designed, that contains 10 key nodes, 13 main nodes and 15 general nodes.
根据聚类结果和铁路运输条件，规划出由10个关键节点、13个重要节点和15个一般节点构成的快捷货物运输运力网络。
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