Sum-discrepancy test on pseudorandom number generators
... We introduce a non-empirical test on pseudorandom number generators (prng), named sum-discrepancy test. We compute the distribution of the sum of consecutive m outputs of a prng to be tested, under the assumption that the initial state is uniformly randomly chosen. We measure its discrepancy from th ...
... We introduce a non-empirical test on pseudorandom number generators (prng), named sum-discrepancy test. We compute the distribution of the sum of consecutive m outputs of a prng to be tested, under the assumption that the initial state is uniformly randomly chosen. We measure its discrepancy from th ...
CE 691 Homework assignment # 2
... a) Create a 1 by 6 matrix, or row vector, representing the number of sides of a polygon where n is equal to 4, 8, 16, 32, 64 and 128. b) Compute another row vector, theta (), whose elements correspond to those of the array, n. You will need to calculate the value of theta based on the number of sid ...
... a) Create a 1 by 6 matrix, or row vector, representing the number of sides of a polygon where n is equal to 4, 8, 16, 32, 64 and 128. b) Compute another row vector, theta (), whose elements correspond to those of the array, n. You will need to calculate the value of theta based on the number of sid ...
Geometric-Sequences-and-Series
... The answer to this problem just requires using the basic formula for the nth term of a geometric sequence. The basic formula for the nth term of a geometric sequence is a n a1 r ( n 1) where a1 is the first (initial) term and r is the common ratio. For this problem we will plug 3 in for a1 and 4 ...
... The answer to this problem just requires using the basic formula for the nth term of a geometric sequence. The basic formula for the nth term of a geometric sequence is a n a1 r ( n 1) where a1 is the first (initial) term and r is the common ratio. For this problem we will plug 3 in for a1 and 4 ...
paper
... may be onerous and inefficient. Recent work in this area signal and W ( n )is AWGN with variance u 2 .Our coding has considered the case where the SCSI is a deterministic theorem follows. function of the RCSI [l]. In [l], exact capacity results are given for the case when the SCSI remains Markov. If ...
... may be onerous and inefficient. Recent work in this area signal and W ( n )is AWGN with variance u 2 .Our coding has considered the case where the SCSI is a deterministic theorem follows. function of the RCSI [l]. In [l], exact capacity results are given for the case when the SCSI remains Markov. If ...
Chapter 19.1 – 19.3 - MIT OpenCourseWare
... The most important reason to care about the mean value comes from its connection to estimation by sampling. For example, suppose we want to estimate the average age, income, family size, or other measure of a population. To do this, we determine a random process for selecting people—say, throwing da ...
... The most important reason to care about the mean value comes from its connection to estimation by sampling. For example, suppose we want to estimate the average age, income, family size, or other measure of a population. To do this, we determine a random process for selecting people—say, throwing da ...
NZMATH Users Manual
... After the creation of Python 2.3, it was theoretically possible to use random.randrange, since it started to accept long integer as its argument. Use of it was, however, not considered, since there had been the bigrandom module. It was lucky for us. In fall of 2006, we found a bug in random.randrang ...
... After the creation of Python 2.3, it was theoretically possible to use random.randrange, since it started to accept long integer as its argument. Use of it was, however, not considered, since there had been the bigrandom module. It was lucky for us. In fall of 2006, we found a bug in random.randrang ...
