Geometry and Topology of the Boolean Model on a Stationary Point Processes : A Brief Survey
Abstract
We shall review some of the author's recent results concerning geometric and topological features of the boolean model on a stationary point processes. While study of geometric features of the Poisson boolean model span a very rich literature, the literature
for topological features of the Poisson boolean model is very nascent and that for a general stationary point process is very little. In particular, the focus will be on asymptotics of geometric or topological statistics of the boolean model on a stationary point process. We
shall mainly give details about topological phase transitions and central limit theorem for geometric and topological statistics.
References
category/robert-adler/
Agarwala A and Shenoy V B (2017) Topological insulators in
amorphous systems Phys Rev Lett 118 236-402
Blaszczyszyn B, Merzbach E and Schmidt V (1997) A note on
expansion for functionals of spatial marked point
processes Stat Probab Letters 36 299-306
Baccelli F and Blaszczyszyn B (2009) Stochastic Geometry and
Wireless Networks: Volume I Theory, volume 3. Now
Publishers, Inc
Baccelli F and Blaszczyszyn B (2010) Stochastic geometry and
wireless networks: Volume II Applications, volume 4. Now
Publishers, Inc
Baryshnikov Y and Yukich J E (2005) Gaussian limits for random
measures in geometric probability Ann Appl Prob 15 213-
253
Ben-Houag J, Krishnapur M, Peres Y and Virág B (2009) Zeros
of Gaussian analytic functions and determinantal point
processes, volume 51 American Mathematical Society Provi
dence, RI
Blaszczyszyn B (1995) Factorial moment expansion for
stochastic systems Stoch Proc Appl 56 321-335
Blaszczyszyn B and Yogeshwaran D (2015) Clustering Comparison
of Point Processes, with Applications to Random
Geometric Models, pages 31-71. Springer International
Publishing, Cham
Blaszczyszyn B, Yogeshwaran D and Yukich J E (2016) Limit
theory for geometric statistics of clustering point processes
arXiv:1606.03988.
Bobrowski O and Kahle M (2014) Topology of random geometric
complexes: A survey. arXiv:1409.4734.
Bobrowski O, Kahle M and Skraba P (2016) Maximally Persistent
Cycles in Random Geometric Complexes. arXiv:1509.
04347, to appear in Ann Appl Prob
Bobrowski O and Mukherjee S (2015) The topology of
probability distributions on manifolds Prob Th Rel Fields
161 651-686
Bobrowski O and Oliveira G (2017) Random Cech Complexes
on Riemannian Manifolds. arXiv:1704.07204
Bobrowski O and Weinberger S (2017) On the vanishing of
homology in random Cech complexes Rand Struct Alg 51
14-51
Carlsson G (2014) Topological pattern recognition for point cloud
data Acta Numerica 23 289-368
Chatterjee S and Sen S (2017) Minimal spanning trees and steins
method Ann Appl Probab 27 1588-1645
Duy T K (2017) A remark on the convergence of betti numbers in
the thermodynamic regime Pac J Math for Industry
Duy T K, Hiraoka Y and Shirai T (2016) Limit theorems for
persistence diagrams. arXiv:1612.08371
Edelsbrunner H and Harer J (2010) Computational Topology, An
Introduction American Mathematical Society, Providence,
RI
Bj rner A (1995) Topological methods In Handbook of
Combinatorics. Elsevier, Amsterdam
o
Geometry and Topology of the Boolean Model on a Stationary Point Processes : A Brief Survey 557
Ghrist R (2014) Elementary Applied Topology. Createspace
Minkowski functionals-source detection via structure
quantification Astronomy & Astrophysics 555 A38
Grote J and Thäle C (2016) Gaussian polytopes: A cumulantbased
approach arXiv:1602.06148
Haenggi M (2012) Stochastic geometry for wireless networks.
Cambridge University Press
Heinrich L and Schmidt V (1985) Normal convergence of
multidimensional shot noise and rates of this convergence
Adv Appl Prob 17 709-730
Hiraoka Y, Nakamura T, Hirata A, Escolar E G, Matsue K and
Nishiura Y (2016) Hierarchical structures of amorphous
solids characterized by persistent homology Proceedings
of the National Academy of Sciences 113 7035-7040
Hiraoka Y and Shirai T (2015) Minimum spanning acycle and
lifetime of persistent homology in the Linial-Meshulam
process. arXiv:1503.05669
Kahle M (2011) Random geometric complexesDiscrete Comput.
Geom 45 553-573
Kahle M (2014) Topology of random simplicial complexes: a
survey. In Algebraic topology: Applications and new
directions Contemp Math 620 201-221 Amer Math Soc
Providence, RI
Kesten H and Lee S (1996) The central limit theorem for weighted
minimal spanning trees on random pointsAnn Appl Probab
495-527
Klette R and Rosenfeld A (2004) Digital geometry: geometric
methods for digital picture analysis. Elsevier
Kong T Y and Rosenfeld A (1989) Digital topology: introduction
and survey Computer Vision, Graphics and Image
Processing 48 357-393
Last G, Peccati G and Schulte M (2016) Normal approximation
on poisson spaces: Mehler's formula, second order
poincare inequalities and stabilization Prob Th Rel Fields
165 667-723
Last G and Penrose M D (2017+) Lectures on the Poisson Process.
to be published as IMS Textbook by Cambridge University
Press. http://www.math.kit.edu/stoch/last/page/lectures_
on_the_poisson_process/en
Munkres J R (1996) Elements Of Algebraic Topology, 1st edition.
Westview Press
Owada T (2016) Limit Theorems for the Sum of Persistence
Barcodes. arXiv:1604.04058
Peccati G and Reitzner M, editors (2016) Stochastic analysis for
Poisson point processes. Mallavin calculus, Wiener-Ito
chaos expansions and stochastic geometry, volume 7 of
Bocconi & Springer Series. Bocconi University Press,
Springer, [Cham]
Penrose M (2003) Random Geometric Graphs. Oxford
University Press, New York
Penrose M and Yukich J E (2001) Central limit theorems for
some graphs in computational geometryAnn Appl Probab
11 1005-1041
Penrose M D (1997) The longest edge of the random minimal
spanning tree Ann Appl Prob 340-361
Penrose M D and Yukich J E (2013) Limit theory for point
processes in manifolds Ann Appl Probab 23 2161-2211
Ram Reddy T, Vadlamani S and Yogeshwaran D (2017) Central
limit theorem for quasi-local statistics of spin models on
Cayley graphs arXiv:1709.10424
Schneider R and Weil W (2008) Stochastic and Integral Geometry.
Probability and its Applications (New York). Springer-
Verlag, Berlin
Schreiber T and Yukich J (2008) Variance asymptotics and central
limit theorems for generalized growth processes with
applications to convex hulls and maximal points Ann
Probab 36 363-396
Skraba P, Thoppe G and Yogeshwaran D (2017) Randomly
Weighted dcomplexes: Minimal Spanning Acycles and
Persistence Diagrams. arXiv:1701.00239v1
Svane A (2017) Valuations in image analysis, pages 435-454
Springer International Pub- lishing, Cham
Yogeshwaran D and Adler R J (2015) On the topology of random
com- plexes built over stationary point processes Ann
Appl Probab 25 3338-3380
Yogeshwaran D, Subag E and Adler R J (2017) Random geometric
com- plexes in the thermodynamic regime Prob Th Rel
Fields 167 107-142
Yukich J E (2006) Probability theory of classical Euclidean
optimization problems. Springer
Yukich J E (2013) Limit theorems in discrete stochastic geometry.
In Stochastic geometry, spatial statistics and random fields,
Lecture Notes in Math 2068 239-275 Springer,
Heidelberg.
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