在战术通信网络中，节点快速移动会导致网络拓扑变化较快，从而频繁触发新的路由发现进程，导致网络稳定性下降。提出了一种稳定缠绕多径路由协议SWMR，在利用源路由信息建立节点不相交多径路由的同时，利用无线通信特性，构建缠绕主路由间的备份路径，减少网络路由开销，增强网络稳定性。仿真结果表明，在网络拓扑快速变化场景下，SWMR协议在快速移动发送成功率、平均端到端延时和归一化路由开销等方面与AOMDV和AODV协议相比具有一定优势。

Nodes moving with high speed can bring rapid topology change in tactical communication network,which may invoke new route discovery processes and lead to network performance degradation.To alleviate this problem,a novel Stable Wrapped Multi-path Routing (SWMR) protocol is proposed,which uses source routing approach to establish node-disjoint primary routes,and builds up several backup paths among each primary route synchronously by utilizing overheard route reply packets.By constructing such multi-path routes,the protocol not only provides higher network stability,but also reduces route discovery latency and routing overheads.Simulation results show that:compared with AOMDV and AODV,SWMR has a better routing performance in packet delivery ratio,average delay and normalized load metrics when the network topology changes rapidly.