AbstractIn (Adv. Math. 174(2) (2003) 236), a bijection between collections of reduced factorizations of elements of the symmetric group was described. Initially, this bijection was used to show the Schur positivity of the Stanley symmetric functions. Further investigations have revealed that our bijection has strong connections to other more familiar combinatorial algorithms. In this paper we will show how the Robinson–Schensted–Knuth correspondence can be decomposed into a sequence of applications of this bijection
Let r(w) denote the number of reduced decompositions of the element w of a Coxeter group W. Using th...
I am going to describe the Robinson–Schensted algorithm which transforms a permutation of the number...
The algebra of symmetric functions is a major tool in algebraic combinatorics that plays a central r...
AbstractIn (Adv. Math. 174(2) (2003) 236), a bijection between collections of reduced factorizations...
AbstractIn 1982, Richard Stanley introduced the formal series Fσ(X) in order to enumerate reduced de...
AbstractWe present an analog of the Robinson-Schensted correspondence that applies to shifted Young ...
AbstractThe Robinson-Schensted correspondence, a bijection between nonnegative matrices and pair of ...
AbstractWe use the Kraśkiewicz insertion algorithm to show that the Bn Stanley symmetric function ca...
Robinson–Schensted–Knuth (RSK) correspondence is a bijective correspondence between two-rowed arrays...
The Robinson-Schensted-Knuth (RSK) correspondence is a fundamental concept in combinatorics and repr...
This essay is about the algorithm of Robinson, Schensted, and Knuth, which establishes a bijection b...
AbstractSchensted [Canad. J. Math. 13 (1961)] constructed an algorithm giving a bijective correspond...
We consider the problem of counting transitive factorizations of permutations; that is, we study tu...
We show that some of the main structural constants for symmetric functions (Littlewood-Richardson c...
AbstractIn 1982, Richard Stanley introduced the formal series Fσ(X) in order to enumerate reduced de...
Let r(w) denote the number of reduced decompositions of the element w of a Coxeter group W. Using th...
I am going to describe the Robinson–Schensted algorithm which transforms a permutation of the number...
The algebra of symmetric functions is a major tool in algebraic combinatorics that plays a central r...
AbstractIn (Adv. Math. 174(2) (2003) 236), a bijection between collections of reduced factorizations...
AbstractIn 1982, Richard Stanley introduced the formal series Fσ(X) in order to enumerate reduced de...
AbstractWe present an analog of the Robinson-Schensted correspondence that applies to shifted Young ...
AbstractThe Robinson-Schensted correspondence, a bijection between nonnegative matrices and pair of ...
AbstractWe use the Kraśkiewicz insertion algorithm to show that the Bn Stanley symmetric function ca...
Robinson–Schensted–Knuth (RSK) correspondence is a bijective correspondence between two-rowed arrays...
The Robinson-Schensted-Knuth (RSK) correspondence is a fundamental concept in combinatorics and repr...
This essay is about the algorithm of Robinson, Schensted, and Knuth, which establishes a bijection b...
AbstractSchensted [Canad. J. Math. 13 (1961)] constructed an algorithm giving a bijective correspond...
We consider the problem of counting transitive factorizations of permutations; that is, we study tu...
We show that some of the main structural constants for symmetric functions (Littlewood-Richardson c...
AbstractIn 1982, Richard Stanley introduced the formal series Fσ(X) in order to enumerate reduced de...
Let r(w) denote the number of reduced decompositions of the element w of a Coxeter group W. Using th...
I am going to describe the Robinson–Schensted algorithm which transforms a permutation of the number...
The algebra of symmetric functions is a major tool in algebraic combinatorics that plays a central r...