to do so, you would want to have a cryptographic hash or full-blown digital signature of the document.
为此,需要使用加密的散列值或者完善的文档数字签名。
cryptographic hash functions play a fundamental role in modern cryptography.
在现代密码学中,杂凑函数占据基础而又重要的地位。
this command will monitor the keystrokes of the currently in-focus x window and print out a cryptographic hash of the keystroke dwell times after 10 averages have been recorded across all windows.
这条命令将监视持有焦点的x窗口的击键,并在所有窗口中记录了10 个平均数后输出击键停顿时间的密码散列。
well, i think i don't have to explain what you can do with cryptographic hash algorithms.
嗯,我想我不用解释你可以用加密哈希算法。
pl enter the user name you want to create a keystroke-dynamics signature for and press enter twice to display the built cryptographic hash and key-release intervals.
输入需要为其创建击键力学签名的用户名并按两次enter 键来显示构建的密码散列和键释放间隔。
copy the cryptographic hash representing your preferred timings, such as nathan $1$gva6afyd $ozhayci3advxsuyq0ubfg0 and insert it as a new line into the /etc/shadow.dynamics file.
复制表示首选计时的密码散列,例如nathan $1$gva6afyd $ozhayci3advxsuyq0ubfg0,并将其作为新行插入到 /etc/shadow.dynamics文件中。
a cryptographic hash function has the property that it is computationally infeasible to find two distinct inputs that hash to the same value.
加密哈希函数有这样一个属性:在计算时不可能将两个不同的输入通过哈希算法取为相同的值。
when in 「record」 mode, these dwell times are expanded into a string and used to generate a cryptographic hash of the signature.
当处于 「record」模式时,这些停顿时间将被扩展为字符串并用于生成签名的密码散列。
the cryptographic hash is calculated using the sha-256 algorithm and the digital signature is generated using the rsa algorithm.
加密散列是使用sha-256算法来计算的,数字签名是使用rsa算法来生成的。