Statistical randomness testing has significant importance in analyzing the quality of random number generators. In this study, we focus on the independence of randomness tests and its effect on the coverage of test suites. We experimentally observe that frequency, overlapping template, longest run of ones, random walk height and maximum order complexity tests are correlated for short sequences. We also proposed the concept of sensitivity, where we analyze the effect of simple transformations on output p-values. We claim that whenever the effect is significant, the composition of the transformation and the test may be included to the suite as a new test
Abstract. In testing the security of cryptographic primitives, statistical randomness tests play an ...
The problem of building of sets of independent statistical tests for estimating of cryptographic qu...
We describe three tests of randomness-- tests that many random number generators fail. In particular...
Is it possible to determine what randomness is let alone measure and classify it? Can random number ...
Generating random numbers and random sequences that are indistinguishable from truly random sequence...
To decide whether a given sequence is “truely ” random, or independent and identically distributed, ...
The purpose of this paper is to explain the importance of randomness in data analysis. We point out ...
So-called Random number generators on computers are deterministic functions producing a sequence of ...
The article systematizes the basic scientific principles about statistical testing of random and pse...
Random sequences are widely used in many cryptographic applications and hence their generation is on...
This paper presents statistical tests for randomness. We consider the problems of testing whether or...
Testing Random Number Generators (RNGs) is as important as designing them. Here we consider the NIST...
Randomness testing of cryptographic algorithms are of crucial importance to both designer and the at...
Testing random number generators (RNGs) is as important as designing them. The paper considers the N...
We address the problem of detecting deviations of binary sequence from randomness,which is very imp...
Abstract. In testing the security of cryptographic primitives, statistical randomness tests play an ...
The problem of building of sets of independent statistical tests for estimating of cryptographic qu...
We describe three tests of randomness-- tests that many random number generators fail. In particular...
Is it possible to determine what randomness is let alone measure and classify it? Can random number ...
Generating random numbers and random sequences that are indistinguishable from truly random sequence...
To decide whether a given sequence is “truely ” random, or independent and identically distributed, ...
The purpose of this paper is to explain the importance of randomness in data analysis. We point out ...
So-called Random number generators on computers are deterministic functions producing a sequence of ...
The article systematizes the basic scientific principles about statistical testing of random and pse...
Random sequences are widely used in many cryptographic applications and hence their generation is on...
This paper presents statistical tests for randomness. We consider the problems of testing whether or...
Testing Random Number Generators (RNGs) is as important as designing them. Here we consider the NIST...
Randomness testing of cryptographic algorithms are of crucial importance to both designer and the at...
Testing random number generators (RNGs) is as important as designing them. The paper considers the N...
We address the problem of detecting deviations of binary sequence from randomness,which is very imp...
Abstract. In testing the security of cryptographic primitives, statistical randomness tests play an ...
The problem of building of sets of independent statistical tests for estimating of cryptographic qu...
We describe three tests of randomness-- tests that many random number generators fail. In particular...