Full binary trees, Narayana numbers and two-dimensional decompositions of integers
Giacomo Aletti, Antonio Daziario

TL;DR
This paper explores the connections between full binary trees, Narayana numbers, and integer decompositions, introducing two multitype Galton-Watson tree models and analyzing their statistical properties.
Contribution
It introduces two novel models of multitype Galton-Watson trees linked to Narayana numbers and integer decompositions, with detailed statistical analysis.
Findings
Relations between full binary trees and Narayana numbers established
Statistical properties of contour processes analyzed
Offspring distributions characterized
Abstract
We present two models of multitype Galton-Watson trees, that we call full binary trees and full binary trees with survivals. We show relevant relations between these trees and the Narayana numbers and the two-dimensional decompositions of integers. We prove further statistical results on our models concerning the related contour processes and offspring distributions.
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Taxonomy
TopicsStochastic processes and statistical mechanics · Markov Chains and Monte Carlo Methods · Bayesian Methods and Mixture Models
