该模型通过被动IP地址伪装、被动操作系统伪装和被动网络拓扑结构伪装，建立一个由虚拟网和真实网交错的复杂仿真网；
The model establish the complex simulation network through the passive IP address camouflage, the passive operating system camouflage and the passive network topology camouflage base on camouflage.
通过对比分析真实网络数据，对模型的有效性进行验证，并得出模型参数对网络拓扑结构的影响关系。
Effectiveness of the model is validated by analyzing the model and data from real networks. The influence of model parameters on the topological structures of networks are concluded.
近几年兴起研究的复杂网络，真实地反映出现实世界中复杂系统的某些重要拓扑结构和统计特性，成为研究现实网络的有效手段。
Recently, complex networks that properly reflect some important features of topology and statistics in actual complex system become an effective method to research real networks.
仿真实验显示，SHT模型能有效减少对等网络系统的拓扑维护开销，提高系统稳定性和数据可用性。
The simulation experiments show that SHT model can efficiently reduce the maintenance overheads, and effectively improve the system stability and data availability in P2P systems.
仿真实验显示，SHT模型能有效减少对等网络系统的拓扑维护开销，提高系统稳定性和数据可用性。
The simulation experiments show that SHT model can efficiently reduce the maintenance overheads, and effectively improve the system stability and data availability in P2P systems.
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