AbstractThe m × m determinant of hyperbolic Bessel functions det |Iai − bj(2x)| can be factored into two smaller determinants by elementary operations if ai = −am + 1 − i and bi = −bm + 1 − i. We give combinatorial interpretations for these determinants as exponential generating functions for walks which stay within Weyl chambers. We then use these to provide a combinatorial proof of the formulas by finding a sequence of reflections which give a correspondence between the walks enumerated on opposite sides of the equation
International audienceWe prove a determinantal identity concerning Schur functions for 2-staircase d...
International audienceWe prove a determinantal identity concerning Schur functions for 2-staircase d...
AbstractWe use a reflection argument, introduced by Gessel and Zeilberger, to count the number of k-...
AbstractThe m × m determinant of hyperbolic Bessel functions det |Iai − bj(2x)| can be factored into...
AbstractChen et al. recently established bijections for (d+1)-noncrossing/nonnesting matchings, osci...
AbstractChen et al. recently established bijections for (d+1)-noncrossing/nonnesting matchings, osci...
We give a new combinatorial explanation for well-known relations between determinants and traces of ...
We provide combinatorial interpretations for determinants which are Fibonacci numbers of several rec...
AbstractA bijective proof of Gessel and Viennot is extended to a proof of an n-dimensional q-analogu...
AbstractWe give a combinatorial interpretation for any minor (or binomial determinant) of the matrix...
We provide combinatorial interpretations for determinants which are Fibonacci numbers of several rec...
In this paper, we provide combinatorial interpretations for some determinantal identities involving ...
AbstractLet the Bessel number of the second kind B(n,k) be the number of set partitions of [n] into ...
AbstractCarlitz, Handa, and Mohanty proved determinantal formulas for counting partitions contained ...
In this paper, we provide combinatorial interpretations for some determinantal identities involving ...
International audienceWe prove a determinantal identity concerning Schur functions for 2-staircase d...
International audienceWe prove a determinantal identity concerning Schur functions for 2-staircase d...
AbstractWe use a reflection argument, introduced by Gessel and Zeilberger, to count the number of k-...
AbstractThe m × m determinant of hyperbolic Bessel functions det |Iai − bj(2x)| can be factored into...
AbstractChen et al. recently established bijections for (d+1)-noncrossing/nonnesting matchings, osci...
AbstractChen et al. recently established bijections for (d+1)-noncrossing/nonnesting matchings, osci...
We give a new combinatorial explanation for well-known relations between determinants and traces of ...
We provide combinatorial interpretations for determinants which are Fibonacci numbers of several rec...
AbstractA bijective proof of Gessel and Viennot is extended to a proof of an n-dimensional q-analogu...
AbstractWe give a combinatorial interpretation for any minor (or binomial determinant) of the matrix...
We provide combinatorial interpretations for determinants which are Fibonacci numbers of several rec...
In this paper, we provide combinatorial interpretations for some determinantal identities involving ...
AbstractLet the Bessel number of the second kind B(n,k) be the number of set partitions of [n] into ...
AbstractCarlitz, Handa, and Mohanty proved determinantal formulas for counting partitions contained ...
In this paper, we provide combinatorial interpretations for some determinantal identities involving ...
International audienceWe prove a determinantal identity concerning Schur functions for 2-staircase d...
International audienceWe prove a determinantal identity concerning Schur functions for 2-staircase d...
AbstractWe use a reflection argument, introduced by Gessel and Zeilberger, to count the number of k-...