主动攻击 meaning in English
active attack
Examples
- On the other hand , i argu d with my self , that this really was the way not to deliver my self , but entirely to ruin and destroy my self ; for unless i was sure to kill every one that not only should be on shore at that time , but that should ever come on shore afterwards , if but one of them escap d , to tell their country people what had happen d , they would come over again by thousands to revenge the death of their fellows , and 1 should only bring upon my self a certain destruction , which at present i had no manner of occasion for
另外，我也认识到，这种主动攻击野人的计划不仅不能拯救自己，反而会完全彻底地毁灭自己。因为，除非我有绝对把握杀死当时上岸的每一个人，还能杀死以后上岸的每一个人否则，如果有一个人逃回去，把这儿发生的一切告诉他们的同胞，他们就会有成千上万的人过来报仇，我这岂不是自取灭亡吗？这是我当前绝对不应该做的事。 - The thesis depends on cryptography and mathematics , digital watermark , user individual character information hide , public - key and session key ' s production , custody , etc . have analysed about the security of the algorithm , such as attack voluntarily , attack passively , key management
本论文主要运用了计算机密码学及数字图像、数论、数字水印的相关知识，如用户个性信息的隐藏，公开密钥系统和会话密钥系统的生成、保管等。并针对被动攻击、主动攻击、密钥管理、向前和后向保密性对算法的安全性进行了分析。 - That if they attempted me , or i saw it necessary my immediate preservation to fall upon them , something might be said for it ; but that as i was yet out of their power , and they had really no knowledge of me , and consequently sign upon me ; and therefore it could not be just for to fall upon them
可现在我并没有落到他们手里，他们也根本不知道我的存在，因而也不可能谋害我。在这种情况下，我若主动攻击他们，那就没有道理了。我若这样做，无异于承认那些西班牙人在美洲的暴行是正当的了。 - The research results of the thesis can lighten the burden of kdc system to a great extent , reduce network load , and can key produced with users " individual character information also , make attacker not have a primitive information source of sureness . the algorithms of one - time session keys can keep out the attack passively and attack voluntarily ( mainly mean that the man - in - the - middle attack ) , and increase degree of difficulty of cryptanalysis , strengthen the security of conversing
本论文的研究成果能在很大程度上减轻kdc系统的负担，减少网络负载，并能使产生的密钥既具有随机性又与用户的个性信息息息相关，使攻击者没有一个确定的原始信息来源；同时本文提出的一次一密会话密钥算法能够抵抗被动攻击和主动攻击（主要指中间人攻击） ，增加了密钥分析的难度，加强了通话的安全性。