1) quadratic exponential pseudorandom vectors generator
二次指数伪随机数向量发生器
2) digital quadratic exponential pseudorandom numbers generator
数位二次指数伪随机数发生器
1.
In this paper, we provide a new generator based on the quadratic exponential method over the finite field F_q: digital quadratic exponential pseudorandom numbers generator.
文章构造了有限域Fq上一种基于二次指数方法的伪随机数发生器,即数位二次指数伪随机数发生器,并且考虑了由它产生的序列的分布情况。
2.
By this method, we provide two new pseudorandom generators over F_q, which are digital quadratic exponential pseudorandom numbers generator and quadratic exponential pseudorandom vectors generator.
在有限域F_q上,本文利用这种方法构造了两类新的伪随机数发生器,即数位二次指数伪随机数发生器和二次指数伪随机向量发生器,并且考虑了它们产生序列的分布情况。
3) pseudo-random number generator
伪随机数发生器
1.
Cryptanalysis of a class of chaos-based pseudo-random number generator;
基于素数的混沌伪随机数发生器的安全性分析
2.
Arbitrary distribution high-speed pseudo-random number generator based on FPGA;
基于FPGA的任意分布高速伪随机数发生器
3.
Research & Design on High-performance Pseudo-random Number Generator;
高速伪随机数发生器的设计与实现
4) PRNG
伪随机数发生器
1.
Towards the impact of PRNG to stochastic local search;
试析伪随机数发生器对随机局部搜索的影响
2.
A new pseudo-random number generator (PRNG) based on a modified Logistic map is proposed.
提出了一种基于改进型Logistic混沌映射的伪随机序列发生器,理论和试验的结果证明该伪随机数发生器产生的随机序列具有良好的密码学性能,以此为基础设计了一种新型的混沌流密码方案。
5) pseudorandom number generator
伪随机数发生器
1.
One novel uniformly distributed pseudorandom number generator (PRNG) is proposed by using one-dimensional chaotic map with infinite collapses.
分析了某种新型均匀分布伪随机数发生器对初始值要求严格的主要原因,并通过引入Logistic混沌映射,提出了能够消除不良初始值的改进伪随机数发生器。
2.
Pseudorandom number generator (PRNG) is crucial for information security since they are often used to generate various secret keys in cryptographic systems.
伪随机数发生器(pseudorandom number generator，PRNG)因经常用于产生各种密钥而在密码技术中举足轻重。
6) pseudo random number generator
伪随机数发生器
1.
Unstable GA performances are often observed when a poor pseudo random number generator(PRNG) with a short period was used.
伪随机数发生器(PRNG)对遗传算法(GA)性能的影响主要体现为低质量PRNG使得GA性能呈现不稳定性。
补充资料：伪向量
伪向量
pseudo-vector
伪向量〔声找诚.一vec加r;nce叨。，e盯op〕 同轴向量(axial vector).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条