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
以上来源于: WordNet
In chapter two, a new q-ary generalized self-shrinking sequence is introduced. The sequences generated have good pseudo-randomness.
在第二章提出了一类新的广义自缩序列，研究表明该类序列具有较好的伪随机性质；
In this paper we mainly investigate the pseudo-randomness and security of a new designed sequence-generalized self-shrinking sequences.
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。
Generalized self -shrinking sequences is a class of sequence, which is based on LFSR, with irregularly clocked, and it has good pseudo-randomness.
广义自缩序列是基于LFSR的一类非常规钟控的序列，具有良好的伪随机性，可以用作加密时的密钥流。
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