In current worm simulation, network simulators drop the scanning packets sent to invalid IP addresses, which will underestimate the traffic brought by worm.
蠕虫模拟时产生的无效ip地址扫描包会在源节点所属的路由器被直接丢弃，这与实际网络中数据包的传输情况差距较大。
In current worm simulation, network simulators will drop the scanning packets sent to invalid IP addresses, which will underestimate the traffic brought by worm.
蠕虫模拟时产生的无效ip地址扫描包会在源节点所属的路由器被直接丢弃，这与实际网络中数据包的传输情况差距较大。
Through numerical simulation, the influence for worm control of anti worm appearance time and the anti polices is analyzed.
通过数值模拟，分析良性蠕虫出现早晚及良性蠕虫的不同对抗策略对蠕虫传播控制的影响。
Obtain the vibration response curve of worm and friction discs by simulation calculation, the simulation results accord with the actual device motion rule.
考虑冲击外力、传动间隙、碟形弹簧刚度、阻尼及预压力等因素，仿真得出蜗杆和摩擦片的振动响应曲线，与部件实际运动规律相吻合。
Simulation results show that worm traffic is more accurately reflected after routing strategy has been modified.
实验结果与模型的理论值相符，改进路由策略后能够更准确地反映蠕虫数据包在网络中的传输。
The simulation results show that the latent period of Internet worms and the immunity measure intensity are important factors to influence Internet worm propagation procedure.
模拟结果表明网络蠕虫潜伏期与免疫措施强度是影响网络蠕虫传播过程的重要因素。
The simulation results show that the latent period of Internet worms and the immunity measure intensity are important factors to influence Internet worm propagation procedure.
模拟结果表明网络蠕虫潜伏期与免疫措施强度是影响网络蠕虫传播过程的重要因素。
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