基本释义 ... 随机性契约 Stochastic contracts 伪随机性 Pseudo Randomness 随机性测试 Randomness Test ...
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The basic pseudo-randomness of the generalized self-shrinking sequences family such as their least period, linear complexity and others are introduced in chapter two.
第二章介绍了广义自缩序列族的一些基本伪随机性特性,包括最小周期以及线性复杂度等结果。
参考来源 - 对广义自缩序列的攻击算法研究Some particular attributes of chaos system are more suitable for stream cipher design,such as the sensitivity to initial conditions and control parameters,pseudo randomness,mixing and exactness,etc.
混沌系统特有的一些优良属性较适合流密码的设计,比如混沌迭代序列对初始条件和控制参数的敏感性、伪随机性、混和性和确定性等。
参考来源 - 基于Logistic映射的混沌流密码设计Due to the exceptional properties of chaos such as the sensitivity to initial conditions and parameters, mixing, the pseudo-randomness and the ergodicity, chaos-based encryption algorithms have shown their superiority to traditional schemes of cryptology in performance.
利用混沌对初值及参数的敏感性、混迭特性、伪随机性以及遍历性等特性设计的加密方案,相对于传统加密方案而言,表现出许多优越性能。
参考来源 - 基于时空混沌的加密芯片研制·2,447,543篇论文数据,部分数据来源于NoteExpress
本文讨论了此类序列的其它伪随机性。
This paper discusses other pseudo randomness of such sequences.
线性复杂度及其稳定性是序列伪随机性的重要度量指标。
Linear complexity and its robustness are important features of pseudo randomness.
本文主要分析讨论了广义自缩序列的伪随机性以及安全性。
In this paper we mainly investigate the pseudo-randomness and security of a new designed sequence-generalized self-shrinking sequences.
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