该算法利用网络中所有节点的局部信息保持网络的连通性，同时，利用最短路径算法计算链接权值的大小来进行拓扑结构的调整。
The algorithm maintains network connectivity only based on locally collected information and adjusts the topology structure according to the shortest-path algorithm by calculating the link weight.
任一对节点之间链路连通性的分析对提前预测网络拓扑变化起着关键作用。
The analysis of link connectivity of a pair of nodes is the key to the prediction of topology change in advance.
通过探讨网络的连通性和中心性，研究了EPON网络拓扑结构的可靠性。
By discussing the connectivity and centrality of the network, the reliability of network topology configurations is studied.
人体运动的特点决定了无线体域网网络拓扑易变，如何提高网络连通性、平衡网络能量消耗是WBAN设计中另外一个核心问题。
Because of the human body movement, network topology of WBAN is highly inconstant. Thus, how to improve network connectivity and balance network energy consumption is another crucial issue of WBAN.
人体运动的特点决定了无线体域网网络拓扑易变，如何提高网络连通性、平衡网络能量消耗是WBAN设计中另外一个核心问题。
Because of the human body movement, network topology of WBAN is highly inconstant. Thus, how to improve network connectivity and balance network energy consumption is another crucial issue of WBAN.
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