The honeypot host under distributed honeynet performed high inveiglement to worms and possesses "come in easily, out strictly" data control policy, this influenced worm propagation and control.
分布式蜜网下的蜜罐对蠕虫表现出强诱骗性和“宽进严出”的数据控制策略等特性，影响到蠕虫的传播及控制。
A theoretical model is developed to simulate the dynamic load transfer between the actuators and the host medium and the resulting elastic wave propagation.
建立一个理论模型来模拟致动器和母体之间的动态载荷传递以及产生的弹性波传播。
The existing host-based prevention technology can do nothing to prevent these infected nodes, and the quarantine mechanism can only limit the propagation range and can't eliminate all of the worms.
现有的基于主机的防护技术对这些感染蠕虫的不可控节点无能为力，而隔离技术只能缩小这些节点的危害范围，无法彻底清除节点中的蠕虫。
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