References

Hub20: Mark Huber (2020), Generating from the Strauss Process using stitching, 2012.08665.
FeGuYi19: Weiming Feng , Heng Guo , Yitong Yin (2019), Perfect sampling from spatial mixing, 1907.06033.
MoKr20: Sarat B. Moka , Dirk P. Kroese (2020), Perfect sampling for Gibbs point processes using partial rejection sampling, 1901.05624.
MoJu17: S. B. Moka , S. Juneja , M. R. H. Mandjes (2017), Rejection and Importance Sampling based Perfect Simulation for Gibbs hard-sphere models, 1705.00142.
GuJe18: Heng Guo , Mark Jerrum (2018), Perfect Simulation of the Hard Disks Model by Partial Rejection Sampling, 1801.07342.
GuJeLi19: Heng Guo , Mark Jerrum , Jingcheng Liu (2019), Uniform Sampling Through the Lovász Local Lemma, 1611.01647.
Wil96: David Bruce Wilson (1996), Generating random spanning trees more quickly than the cover time, 1996.
KeMo99: Wilfrid Stephen Kendall , Jesper Møller (1999), Perfect Metropolis-Hastings simulation of locally stable point processes, University of Aarhus. Centre for Mathematical Physics and Stochastic, 1999.
FeViYi19: Weiming Feng , Nisheeth K. Vishnoi , Yitong Yin (2019), Dynamic sampling from graphical models, 1807.06481.
PrWi98: James Gary Propp , David Bruce Wilson (1998), How to Get a Perfectly Random Sample from a Generic Markov Chain and Generate a Random Spanning Tree of a Directed Graph, Journal of Algorithms, 27(2), 170--217, 1998.
GuHe20: Heng Guo , Kun He (2020), Tight bounds for popping algorithms, Random Structures & Algorithms, 57(2), 371--392, 2020.
GiAmWe18: Juan Gil , Joshua Amaniampong , Jake Wellens (2018), Uniform Generation of w-free Strings and H-free Subgraphs with Partial Rejection Sampling, MIT, 2018.
MoWa04: Jesper. Møller , Rasmus Plenge. Waagepetersen (2004), Statistical inference and simulation for spatial point processes, Chapman \& Hall/CRC, 2004.
Hub16: Mark L Huber (2016), Perfect Simulation Simulation, Chapman \& Hall, CRC Press, 2016.
KeMo00: Wilfrid Stephen Kendall , Jesper Møller (2000), Perfect simulation using dominating processes on ordered spaces, with application to locally stable point processes, Advances in Applied Probability, 32(3), 844--865, 2000.