نتایج جستجو برای: prime integer

تعداد نتایج: 90318  

2008
Kiyoshi Nagata

In this paper, we consider self-dual codes over the finite ring Zps of integer modulo p for any prime p and for an integer s ≥ 4. We start with any self-dual code in lower modulo and give an necessary and sufficient condition for the self-duality of induced codes. Then we can give an inductive algorithm for construction of all self-dual codes and the mass formula in case of odd prime p.

2002
Yan V. Fyodorov Jonathan P. Keating

We calculate the negative integer moments of the (regularized) characteristic polynomials of N × N random matrices taken from the Gaussian Orthogonal Ensemble (GOE) in the limit as N → ∞. The results agree nontrivially with a recent conjecture of Berry & Keating motivated by techniques developed in the theory of singularity-dominated strong fluctuations. This is the first example where nontrivi...

2004
UMESH P. NAIR

This paper examines with elementary proofs some interesting properties of numbers in the binary quadratic form a + ab+ b, where a and b are non-negative integers. Key findings of this paper are (i) a prime number p can be represented as a + ab + b if and only if p is of the form 6k + 1, with the only exception of 3, (ii) any positive integer can be represented as a +ab+ b if and only if its all...

Journal: :Algebra Colloquium 2022

Let [Formula: see text] be an integer and odd square-free integer. We compute the rank of 2-class group some fields form when all prime divisors are congruent to or text].

2008
M. Z. Garaev

Let q denote a large prime number, a be any integer. Let N(q, a) denote the smallest positive integer n for which φ(n) ≡ a (mod q). The number N(q, a) exists. Indeed, if a+1 ≡ 0 (mod q) then one can take n = q. Otherwise, one can take n to be a prime from the arithmetical progression a + 1 (mod q). The problem of upper bound estimates for N(q, a) has been a subject of study of the work of Fried...

Journal: :international journal of group theory 0
jiangtao shi yantai university

let $g={rm sl}_2(p^f)$ be a special linear group and $p$ be a sylow‎ ‎$2$-subgroup of $g$‎, ‎where $p$ is a prime and $f$ is a positive‎ ‎integer such that $p^f>3$‎. ‎by $n_g(p)$ we denote the normalizer of‎ ‎$p$ in $g$‎. ‎in this paper‎, ‎we show that $n_g(p)$ is nilpotent (or‎ ‎$2$-nilpotent‎, ‎or supersolvable) if and only if $p^{2f}equiv‎ ‎1,({rm mod},16)$‎.

2002
Mihir Bellare Gregory Neven

We present novel realizations of the transitive signature primitive introduced by Micali andRivest [11]. Our first scheme, FBTS-1, is proven transitively unforgeable under adaptive chosen-message attack assuming factoring is hard. We then present a hash-based modification, FBTS-2achieving shorter signatures by eliminating the need for “node certificates”, and provable underthe s...

Journal: :journal of linear and topological algebra (jlta) 0
sh sahebi department of mathematics, islamic azad university, central tehran branch, po. code 14168-94351, iran; v rahmani department of mathematics, islamic azad university, central tehran branch, po. code 14168-94351, iran

let r be a prime ring with extended centroid c, h a generalized derivation of r and n ⩾ 1 a xed integer. in this paper we study the situations: (1) if (h(xy))n = (h(x))n(h(y))n for all x; y 2 r; (2) obtain some related result in case r is a noncommutative banach algebra and h is continuous or spectrally bounded.

2010
Saad Mneimneh

1 A simple paradigm Generating a large prime is an important step in the RSA algorithm. We can generate a large prime by repeatedly selecting a large random integer and testing it for primality. We stop when a prime number is found. Therefore, assume that a large integer n is given, and choose a rational number α < 1 to perform the following algorithm: repeat generate a random integer p ∈ [n α ...

Journal: :journal of sciences islamic republic of iran 0

let g be a transitive permutation group on a set ? and let m be a positive integer. if no element of g moves any subset of ? by more than m points, then |? | [2mp i (p-1)] wherep is the least odd primedividing |g |. when the bound is attained, we show that | ? | = 2 p q ….. q where ? is a non-negative integer with 2 < p, r 1 and q is a prime satisfying p < q < 2p, ? = 0 or 1, i i n. furthermore...

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