A RIGOROUS TIME BOUND FOR FACTORING INTEGERS For real
... The main result of the present paper is as follows. Theorem. There exists a probabilistic algorithm that factors any given positive integer n completely into prime factors, and that takes expected time at most LnH, 1 +0(1)] for n ~ 00. For a discussion of the notions "probabilistic algorithm" and "e ...
... The main result of the present paper is as follows. Theorem. There exists a probabilistic algorithm that factors any given positive integer n completely into prime factors, and that takes expected time at most LnH, 1 +0(1)] for n ~ 00. For a discussion of the notions "probabilistic algorithm" and "e ...
Seed and Sieve of Odd Composite Numbers with
... approach that find an m such that g(m,1) | (n (6m 2 10m 5)) or g( m,3) | (n (36m3 18m 2 3m)) . In the end, it can see that Theorem 5 provides a possible inquiry approach to find a divisor of the number 6n1 by inquiring its neighboring composite number. This approach is indeed a fresh on ...
... approach that find an m such that g(m,1) | (n (6m 2 10m 5)) or g( m,3) | (n (36m3 18m 2 3m)) . In the end, it can see that Theorem 5 provides a possible inquiry approach to find a divisor of the number 6n1 by inquiring its neighboring composite number. This approach is indeed a fresh on ...
![arXiv:math/0412079v2 [math.NT] 2 Mar 2006](http://s1.studyres.com/store/data/013294887_1-d94fad656ee5fb5bde358f5c8c1d35cf-300x300.png)
The PRIME Problem Sanjeet Tiwana Computer Science and
... testing to establish how many prime numbers exits and whether or not they are distributed evenly. ...
... testing to establish how many prime numbers exits and whether or not they are distributed evenly. ...