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20072025
most citedExact simulation of the Wright-Fisher diffusion

48 citations · 185 across the 26 of their papers we have counts for

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18 papers · 1 filter

math.PR2025

A debiased Bernoulli factory and unbiased estimation of a probability

Jere Koskela, Toni Karvonen, Krzysztof Łatuszyński +1

Given a known function and a random but almost surely finite number of independent, Ber-distributed random variables with unknown , we pr…

math.PR2024

Genealogical processes of sequential Monte Carlo methods and other non-neutral population models under rapid mutation

Jere Koskela, Paul A. Jenkins, Adam M. Johansen +1

We show that genealogical trees arising from a broad class of non-neutral models of population evolution converge to the Kingman coalescent under a suitable rescaling of time. As w…

math.PR2023

Excursion theory for the Wright-Fisher diffusion

Paul A. Jenkins, Jere Koskela, Victor M. Rivero +3

In this work, we develop excursion theory for the Wright--Fisher diffusion with mutation. Our construction is intermediate between the classical excursion theory where all excursio…

math.PR2023

Bernoulli factories and duality in Wright-Fisher and Allen-Cahn models of population genetics

Jere Koskela, Krzysztof Łatuszyński, Dario Spanò

Mathematical models of genetic evolution often come in pairs, connected by a so-called duality relation. The most seminal example are the Wright-Fisher diffusion and the Kingman co…

math.PR2021★ 2 cited

Dual process in the two-parameter Poisson-Dirichlet diffusion

Robert C. Griffiths, Matteo Ruggiero, Dario Spanò +1

The two-parameter Poisson-Dirichlet diffusion takes values in the infinite ordered simplex and extends the celebrated infinitely-many-neutral-alleles model, having a two-parameter…

math.PR2020

Diffusion Limits at Small Times for Coalescent Processes with Mutation and Selection

Philip A. Hanson, Paul A. Jenkins, Jere Koskela +1

The Ancestral Selection Graph (ASG) is an important genealogical process which extends the well-known Kingman coalescent to incorporate natural selection. We show that the number o…