当然了，弱密码的确容易招致暴力破解攻击。
Passwords that are too weak of course invite brute-force attacks.
弱密码不混合使用这些元素。
如果你个攻击者知道你的用户名，并且你使用了弱密码，那么你的帐户会很容易就被破解。
If an attacker knows your user name and you use a weak password, your account will be easily cracked.
原因：在WindowsVista中，默认已经关闭了弱密码，仅开启强密码。
Cause: on Windows Vista, weak encryption ciphers have been disabled and only stronger ciphers are enabled by default.
一个使用弱密码的废弃论坛账户可能会在几年之后被破解，但是他的密码你可能在其他账户中还在使用。
A throwaway forum account with a weak password might be exploited years later, and could even be a password you still use with active accounts.
遗憾的是，在V7之前，默认的ssl强密码选择包含一些明显非常弱的密码。
Unfortunately, prior to V7, the default SSL cipher selection of strong includes some notably weak ciphers.
然而，我们发现，长度约为20个字符左右、相对较“弱”的密码也已经能够使得针对单一账户的暴力破解变得不现实：只要有“三振出局”的规范即可。 （译者注：原文的“threestrikes”typerule 指的应该是连续三次输入错误密码就会暂时锁死账户，具体可参考此处。）
However, we find that relatively weak passwords, about 20 bits or so, are sufficient to make brute-force attacks on a single account unrealistic so long as a “three strikes” type rule is in place.
管理分录信息对话框会评估您的密码是强，中，还是弱。
And the Manage Log-Ins dialog rates your passwords as Strong, Medium, or Poor.
不法分子利用部分用户贪图方便设置弱口令的漏洞，对银行卡密码进行破解。
Illegal element USES partial user covet to go to the lavatory the flaw that installs weak countersign, to the bank card password undertakes defeating solving.
研究弱可逆有限自动机的分解可以为分析有限自动机公开钥密码体制的安全性提供一种重要途径。
It is very important to investigate the decomposition of weakly invertible finite automata, since it could provide an approach to cryptanalyzing finite automata public-key cryptosystem(FAPKC).
这两个方案都不是承诺方案，从而说明了诚实接收者承诺是弱于承诺方案的密码学原语。
Both of them are not commitment scheme, which implies that honest-receiver commitment is a weaker cryptographic primitive than commitment scheme.
这两个协议都不是承诺方案。这说明诚实发送者承诺是弱于承诺方案的密码学原语。
Neither of them is a commitment scheme, which implies that honest-sender commitment is a weaker cryptographic primitive than commitment scheme.
“注：”当你的站点被访问，密码编码的非常弱，使用的是Base64，就能非常容易地被截取和破译。
Note: When your site is accessed the password is encoded weakly using Base64 and can be easily intercepted and decoded.
“注：”当你的站点被访问，密码编码的非常弱，使用的是Base64，就能非常容易地被截取和破译。
Note: When your site is accessed the password is encoded weakly using Base64 and can be easily intercepted and decoded.
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