基于PD X体制构造理论，设计出了一种网络全公开口令系统，论述了该口令系统单向密码的创新性和实用性。
On the base of structural theorem of PDX system, an all public password system of network is released.
其他性能包括高安全性、基于标准的加密技术、可同时单向和双向加密的加密密码、文本、数字和二进制文件。
Other features include high-security, standards-based encryption techniques, both for unidirectional and bidirectional encryption to encrypt passwords, texts, numbers and binaries.
取而代之的是，使用一种单向散列算法来避免密码被提取。
Instead, use a one-way hashing algorithm to prevent password extraction.
所高速缓存的数据的灵敏度：如果数据是个密码，您可能可以在获得已加速的性能的同时使用单向散列来安全地存储密码。
Sensitivity of data cached: if it is a password, you might be able to use a one-way hash to store the password securely while gaining accelerated performance.
为了更多的利益，利用单向加密算法或散列，像MD 514或Blowfish,15将使密码的解密成为不可能。
For added benefit, using a one-way encryption algorithm or hash, like MD5 14 or Blowfish, 15 will make decrypting the password impossible.
UsernameToken规范允许使用单向安全哈希来保护摘要形式的密码，但ApplicationServerv6中没有提供该功能。
The UsernameToken specification allows for the use of a one-way secure hash to protect the password called a digest, but this functionality is not provided in Application Server V6.
如果你需要在本地验证用户的密码，用盐使用单向散列函数。
If you need to locally validate a user's password, use a one-way hashing function with salt.
该文基于超椭圆曲线密码体制提出了一个单向签名方案，并分析了其安全性。
A directed digital signature based on hyper elliptic curve cryptosystems was proposed and the security was discussed.
根据单向陷门函数的陷门性质，文章设计了一种安全有效的基于RSA的概率公钥密码算法，并对其正确性进行了证明。
Based on trapdoor one-way function, this paper presents a RSA -based probabilistic public-key algorithm with security and efficiency and the correctness of algorithm was proved.
单向限门函数在公钥密码学中有着重要的应用。
One-way trapdoor function has impotents applications in public cryptography.
NTRU公钥密码体制的陷门单向函数与以往的有所不同，其单向性依赖于会话密钥的随机性，且解密不需要知道有关随机会话密钥的任何信息。
The trapdoor one-way function in NTRU is different from previous ones. Its one-wayness depends on the randomness of session keys, and decryption needs not any information about the session key.
性能测试的结果表明密码算法和单向散列算法在SDTA结构上获得了较好的性能。
The results show that the implementations of the encryption algorithms and one-way hash algorithms achieved relatively high performance.
性能测试的结果表明密码算法和单向散列算法在SDTA结构上获得了较好的性能。
The results show that the implementations of the encryption algorithms and one-way hash algorithms achieved relatively high performance.
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