传统Chord僵尸网络中，所有相邻节点之间需要保持周期性通信，以便确保每个节点的路由表能够及时更新，而存在的这种周期性通信行 为会影响僵尸网络的网络稳定性。针对上述问题，基于改进后的B92协议构造了一个Chord量子僵尸网络控制平台，仿真分析表明，Chord量 子僵尸网络能够更加快速的获得更多的僵尸主机，并且能够维持一个更加庞大的僵尸网络规模。与传统Chord僵尸网络相比，Chord量子僵尸网 络能够有效解决周期性通信行为对僵尸网络控制系统的影响，使其拥有更好的健壮性和稳定性。

In the traditional Chord-based botnets, all adjacent nodes need to maintain the periodic communication so that the routing table of every node keeps accurate and efficient. The periodic communication behavior affects the robustness of the traditional Chord-based botnets. For the aforementioned problems, a Chord-based quantum botnet control platform based on the improved B92 protocol was constructed. The simulation analysis showed that the infected hosts in the Chord-based quantum botnet can more quickly be increased, and can maintain a larger scale compared with the traditional Chord-based botnet. Meanwhile, the Chord-based quantum botnet can reduce the hazards of the periodic communication behavior on botnet control system and has better robustness and stability.