Abstract: This paper has a practical aim. For a long time, implementations of pseudorandom number generators in standard libraries of programming languages had poor quality. The situation started to improve only recently. Up to now, a large number of libraries and weakly supported mathematical packages use outdated algorithms for random number generation. Four modern sets of statistical tests that can be used for verifying random number generators are described. It is proposed to use command line utilities, which makes it possible to avoid low-level programming in such languages as C or C++. Only free open source systems are considered. © 2020, Pleiades Publishing, Ltd
Includes bibliographical references (pages 91-93)This paper is an examination of the generation of r...
Randomness is a complex area of computer science, where only pseudo random numbers are possible to g...
Abstract: The problem of generating sequences of uniformly distributed pseudorandom numbers is consi...
In the given work the problem of quality of generating of random numbers is studied. The purpose of ...
This thesis presents a program to evaluate uniform pseudo-random number generators. It presents vari...
This thesis concerns with methods of pseudorandom numbers generation. It focus on software generator...
This thesis is related to varies statistical test of pseudorandom number generator. In thisthesis I ...
This thesis is related to varies statistical test of pseudorandom number generator. In thisthesis I ...
This thesis is related to varies statistical test of pseudorandom number generator. In thisthesis I ...
We consider the requirements for uniform pseudo-random number generators on modern vector and parall...
In many applications, for example cryptography and Monte Carlo simulation, there is need for random ...
We consider the requirements for uniform pseudo-random number generators on modern vector and parall...
In many applications, for example cryptography and Monte Carlo simulation, there is need for random ...
In many applications, for example cryptography and Monte Carlo simulation, there is need for random ...
The aim of this project was to conduct research of statistical tests for randomness. A collection of...
Includes bibliographical references (pages 91-93)This paper is an examination of the generation of r...
Randomness is a complex area of computer science, where only pseudo random numbers are possible to g...
Abstract: The problem of generating sequences of uniformly distributed pseudorandom numbers is consi...
In the given work the problem of quality of generating of random numbers is studied. The purpose of ...
This thesis presents a program to evaluate uniform pseudo-random number generators. It presents vari...
This thesis concerns with methods of pseudorandom numbers generation. It focus on software generator...
This thesis is related to varies statistical test of pseudorandom number generator. In thisthesis I ...
This thesis is related to varies statistical test of pseudorandom number generator. In thisthesis I ...
This thesis is related to varies statistical test of pseudorandom number generator. In thisthesis I ...
We consider the requirements for uniform pseudo-random number generators on modern vector and parall...
In many applications, for example cryptography and Monte Carlo simulation, there is need for random ...
We consider the requirements for uniform pseudo-random number generators on modern vector and parall...
In many applications, for example cryptography and Monte Carlo simulation, there is need for random ...
In many applications, for example cryptography and Monte Carlo simulation, there is need for random ...
The aim of this project was to conduct research of statistical tests for randomness. A collection of...
Includes bibliographical references (pages 91-93)This paper is an examination of the generation of r...
Randomness is a complex area of computer science, where only pseudo random numbers are possible to g...
Abstract: The problem of generating sequences of uniformly distributed pseudorandom numbers is consi...