Paper presented at Strathmore International Math Research Conference on July 23 - 27, 2012We study the distribution of the number of parts of given multiplicity (or equivalently ascents of given size) in integer partitions. In this paper we give methods to compute asymptotic formulas for the expected value and variance of the number of parts of multiplicity d (d is a positive integer) in a random partition of a large integer n and also prove that the limiting distribution is asymptotically normal for fixed d. However, if we let d increase with n, we get a phase transition for d around n1=4. Our methods can also be applied to so called -partitions where the parts are members of a sequence of integers
AbstractA multiset is a set with repeated elements. We consider the number of partitions of a multis...
ABSTRACT: We consider the problem of partitioning n randomly chosen integers between 1 and 2 m into ...
AbstractSzekeres proved, using complex analysis, an asymptotic formula for the number of partitions ...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 2012We assign ...
A partition of a positive integer n is a way of writing it as the sum of positive integers without r...
Let λ be a partition of an integer n chosen uniformly at random among all such partitions. Let s (λ)...
AbstractWe prove a central limit theorem for the number of different part sizes in a random integer ...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 201
We derive the limit shape of Young diagrams, associated with growing integer partitions, with respec...
Abstract. A partition of a positive integer n is a finite sequence of positive integers a1, a2,..., ...
We assign a uniform probability to the set consisting of partitions of a positive integer $n$ such t...
AbstractFor a subfamily of multiplicative measures on integer partitions we give conditions for prop...
We study two types of probability measures on the set of integer partitions of n with at most m part...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 2012We study t...
AMS Subject Classication: 05A17, 60C05, 11P82 Abstract. The purpose of this paper is to study the pa...
AbstractA multiset is a set with repeated elements. We consider the number of partitions of a multis...
ABSTRACT: We consider the problem of partitioning n randomly chosen integers between 1 and 2 m into ...
AbstractSzekeres proved, using complex analysis, an asymptotic formula for the number of partitions ...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 2012We assign ...
A partition of a positive integer n is a way of writing it as the sum of positive integers without r...
Let λ be a partition of an integer n chosen uniformly at random among all such partitions. Let s (λ)...
AbstractWe prove a central limit theorem for the number of different part sizes in a random integer ...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 201
We derive the limit shape of Young diagrams, associated with growing integer partitions, with respec...
Abstract. A partition of a positive integer n is a finite sequence of positive integers a1, a2,..., ...
We assign a uniform probability to the set consisting of partitions of a positive integer $n$ such t...
AbstractFor a subfamily of multiplicative measures on integer partitions we give conditions for prop...
We study two types of probability measures on the set of integer partitions of n with at most m part...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 2012We study t...
AMS Subject Classication: 05A17, 60C05, 11P82 Abstract. The purpose of this paper is to study the pa...
AbstractA multiset is a set with repeated elements. We consider the number of partitions of a multis...
ABSTRACT: We consider the problem of partitioning n randomly chosen integers between 1 and 2 m into ...
AbstractSzekeres proved, using complex analysis, an asymptotic formula for the number of partitions ...