Simulation results show that the proposed algorithm has advantages over the topology control algorithm based on the direct-transmission region in terms of average node degree and power efficiency.
仿真研究表明，提出的算法在平均节点度和传输功率的效率方面均优于基于直接传输区域的拓扑控制算法。
It was also found out that by increasing the node degree reduces the hop count and hence reducing the average distance.
实验同时显示，伴随着结点的度增加，跳数减少，因此平均路径距离减少。
This paper analyzes the degree of its node value, clustering coefficient, average shortest path, degree-related structures.
本文通过分析其结点度值、群聚系数、平均最短路径、度相关性结构。
This paper analyzes the degree of its node value, clustering coefficient, average shortest path, degree-related structures.
本文通过分析其结点度值、群聚系数、平均最短路径、度相关性结构。
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