#generating functions

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13 papers match

math.CO2026

The Sixth Moment of Random Determinants for Arbitrarily Distributed Random Entries

Dominik Beck, Zelin Lv, Aaron Potechin

The paper derives a closed‑form expression for the sixth moment of the determinant of an n×n matrix with i.i.d. entries of any distribution, using a combinatorial decomposition of…

#random matrices#determinant moments#generating functions#combinatorial enumeration
math.CO2026

An Invertible Family of Hurwitz--Lerch Type Functions Associated with -Augmented Centered Triangular Numbers

Noel B. Lacpao, Rushel S. Acope, Marlon S. Frias +3

The paper introduces a family of Hurwitz–Lerch type functions whose coefficients are k‑augmented centered triangular numbers, and derives convergence conditions, reduction and inve…

#hurwitz‑lerch functions#centered triangular numbers#generating functions#inversion formulas
math.CO2026

On the Irreducibility of the Differential Operators Associated to Random Walks in the Standard Euclidean Lattice

Dorin Dumitraşcu, Liviu Suciu

The paper analyzes generating functions for combinatorial sequences arising from random walks on the standard Euclidean lattice, proving that the associated differential operators…

#generating functions#random walks#lattice walks#differential operators
math.CO2026

The height of skew Dyck paths with two variants of downsteps

Helmut Prodinger

The paper analyzes skew Dyck paths that include two different down‑step types, using generating functions, the kernel method, and linear systems to enumerate these paths and determ…

#skew dyck paths#lattice path enumeration#generating functions#average height
math.CO2026

Alternating adjacent-sum polytopes: transfer matrices and Ehrhart series

Xinru Jiang, Suzhen Wen, Yueming Zhong

The paper investigates a family of alternating adjacent‑sum lattice polytopes, deriving explicit transfer‑matrix representations and detailed Ehrhart generating functions, recurren…

#lattice polytopes#ehrhart theory#generating functions#transfer matrices
math.NT2026

On the Log-Concavity of the D'Arcais Polynomials for Normalised Functions

Johann Stumpenhusen

The paper introduces a new variant of log‑concavity for families of polynomials and proves that specific D'Arcais polynomials satisfy this property at particular points.

#log-concavity#d'arcais polynomials#polynomial sequences#combinatorial number theory
math.CO2026

Expansions of in Shifted Binomial Bases and a Modular Symmetry Criterion

Abdelhai Doukali

The paper derives a closed‑form expression for the coefficients when expanding the polynomial \(\binom{pn}{p+r}\) in a shifted binomial basis, identifies a modular condition (r ≡ 1…

#binomial coefficients#shifted binomial basis#palindromic sequences#generating functions
math.NT2026

Study on Morgan-Voyce type polynomials with Euler-Seidel algorithm

Taekyun Kim, Dae san Kim

The paper defines new families of Morgan‑Voyce type polynomials, derives their explicit formulas, recurrence relations and exponential generating functions, and links them to Euler…

#special polynomials#morgan-voice polynomials#euler-seidel matrix#bell polynomials
math-ph2026

On Factorizing Aggregate Counting Distributions into Independent Latent Processes

Israel Klich

The paper develops a mathematical framework for decomposing the distribution of an aggregate counting variable into independent latent counting processes by studying positive facto…

#positive factorization#latent counting processes#entropy optimization#generating functions
math.PR2026

Power-law and log-periodic degree tails for a family of probability generating function equations arising in evolving networks

Qunqiang Feng, Xiao-Ming Fu, Tianyang Sun

The paper analyzes a probability generating function equation that describes the limiting degree distribution of certain evolving network models, proving a unique solution with a p…

#evolving networks#degree distribution#power-law tails#log-periodic modulation
math.CA2026

On generating functions and Mehler--Heine formulas for discrete Charlier and Meixner Sobolev-type orthogonal polynomials

Anier Soria Lorente, Junior Michel

The paper constructs a unified generating‑function framework for Sobolev‑type discrete Charlier and Meixner orthogonal polynomials and uses it to derive Mehler‑Heine asymptotic for…

#generating functions#sobolev orthogonal polynomials#charlier polynomials#meixner polynomials
math.CO2026

-Convex Polyominoes by Semi-perimeter

Andrew R. Conway, Anthony J. Guttmann

The paper proposes a conjectured generating function for counting k‑convex polyominoes based on their semi‑perimeter.

#polyomino enumeration#generating functions#k-convexity#semi-perimeter
math.CO2026

Arithmetic Properties for -Color Analogue of Simultaneously -Regular and -Distinct Partitions

Anjelin Mariya Johnson, S. N. Fathima

The paper studies generating functions for three‑color partitions that are simultaneously s‑regular and t‑distinct, and proves infinite families of congruences modulo powers of 3 f…

#partition theory#colored partitions#congruences#generating functions

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