针对单兵便携式战术 Ad Hoc电台在一维场景下网络的连通性，分别研究随机均匀分布网络的链路连通概率和全连通概率，并通过蒙特卡罗方法和网络仿真平台，对网络部署和业务运行情况进行了仿真模拟。分析和实验结果表明，典型战术 Ad Hoc电台一维组网时，全网连通概率在 l/τ附近取得最小值；大规模 Ad Hoc网络中，网络全连通概率与节点通信范围之间存在 0~1突变现象；与实现全连通相比，实现网络高概率连通所需节点数要少得多。

This paper analyzes the link connectivity probability and the full connectivity probability of the network in a one-dimensional scenario for the man-portable tactical Ad Hoc radio station. By takingMonte Carlo and network simulation approaches，the network deployment and business operations are simulated. The analysis and experimental results show that: the connectivity probability of a typical Ad Hoc radio network gets the minimum value near l/τ；in a large -scale Ad Hoc network，there exists a 0-1 phase transition between the network full connectivity probability and the node communicationrange；the number of nodes required to achieve a high probability connected network is much less than that to achieve a full connected network.