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- stream cipher systems 流密码系统
- One Chaotic Stream Cipher System Based on Nonlinear Coupled Feedback 一种基于非线性耦合反馈的混沌流密码体制
- stream cipher system 流密码系统
- Again, the result is similar to a stream cipher. 同样,结果类似于流加密。
- The stream cipher mode encodes data one bit at a time. 流密码模式一次一位对数据进行编码。
- Therefor, the new stream cipher can be applied to Network Security. 该密码系统能构被应用于网络安全等领域。
- In 2005, Andreas Klein presented another analysis of the RC4 stream cipher. 在2005年，安德烈克莱因提出了另一种分析的RC4流密码。
- In computer security,unintelligible text or signals produced through the use of cipher systems. 计算机安全学中，通过密码系统产生的不可理解的文字或信号。参阅plaintext。
- Pseudo random sequence has broad applications in stream cipher, channel coding, and spread spectrum communication. 伪随机序列在流密码、信道编码、频通信等领域有着广泛的应用.
- In computer security, unintelligible text or signals produced through the use of cipher systems. 计算机安全学中，通过密码系统产生的不可理解的文字或信号。参阅plaintext。
- Although it tends to execute more slowly than stream cipher, block cipher is more secure. 尽管块密码的执行速度慢于流密码,但块密码更安全。
- In this paper we study the feedforward stream cipher on analysis and design which are two contrary directions. 该文从分析和设计两个不同的角度研究了前馈流密码系统。
- The research should focus on the designing mechanism of cipher systems irrelevant to the computing power, and the cipher systems with provable safety. 重点研究与计算能力无关的密码体制的设计机理和可证明安全性的密码体制。
- Whitenoise is a stream cipher proposed by the BSB Utilities Inc. In August 2003, Wu Hongjun proposed a breaking algorithm for Whitenoise. Whitenoise是由BSBUtilities公司提出的一个序列密码算法。 Wu在2003年8月巧妙地给出了破译Whitenoise算法的一个解方程组方法。
- The block cipher with a substitution permutation network is the best known and widely used block cipher system. 包含代替置换网络的分组密码是一种广泛使用的分组密码系统。
- The acceleration mechanism can be used in acceleration of clock-controlled sequence generator and key preset of stream cipher generator. 此加速机制可应用于钟控序列发生器和序列密码发生器的密钥预置。
- Probe into the design principle of cipher systems irrelevant to computing power, design cipher systems with provable safety, and analyze the defects of existent cipher systems. 探索与计算能力无关的密码体制的设计原理，设计可证明安全性的密码体制，分析现有密码体制的缺陷。
- Block ciphers with long keys are stronger than stream ciphers. 使用长密钥的块密码比流密码更强。
- A multilateral asymmetric key cipher system was constructed based on the RSA cipher system and manifold signature schemes were designed in this way. 在 rsa密码系统上建立多元非对称密码系统 ,并以此针对多种签名形式设计多种签名方案
- The result is a process similar to a stream cipher, as the key value is constantly changing, though performance is nowhere near as fast as a specialized stream cipher. 这里密钥的值是不断变化的,这个过程与流加密类似,但是性能则远不如流加密。
