COMPLEXITY AND APPROXIMABILITY OF THE COVER POLYNOMIAL ¨ser, Holger Dell, and Mahmoud Fouz Markus Bla Abstract. The cover polynomial and its geometric version introduced by Chung & Graham and D’Antona & Munarini, res

Source URL: www-cc.cs.uni-saarland.de

• Mathematics
• Computational complexity theory
• Graph theory
• Polynomials
• Complexity classes
• Computational problems
• Mathematical optimization
• Tutte polynomial
• Chromatic polynomial
• Optimization problem
• NP
• Matroid

Geometry & Topology–Equivariant covers for hyperbolic groups A RTHUR BARTELS

Source URL: 131.220.77.52

• Geometry
• Mathematics
• Space
• Geometric group theory
• Retract
• Topology
• Hyperbolic group

MATH 5340 — Discrete Random Structures Assignment 9 Due Monday, November 30 (before class) 1. Consider the Random Geometric Graph RGG(S, n, r), where S is the unit square. In many results about this graph, the graph is

Source URL: www.mscs.dal.ca

• Graph theory
• Random graphs
• Random geometric graph
• Torus
• Distance
• Graph
• Geometric graph theory
• Planar graphs
• Tutte embedding
• Heawood graph

WHIRLPOOL: A GEOMETRIC PROCESSOR FOR POLYGON COVERAGE DATA James Dougenik Laboratory for Computer Graphics and Spatial Analysis

Source URL: mapcontext.com

• Polygons
• Cartography
• Euclidean plane geometry
• Sliver polygon
• Coverage data
• Computational geometry
• Point in polygon
• Simple polygon

Moduli Spaces Two Riemann surfaces of the same topological type can, of course, be conformally inequivalent; but how many conformal structures are there, and how can one deform them ? Take for example an annulus A(r, R)

Source URL: www.math.uni-bonn.de

• Moduli theory
• Riemann surfaces
• Differential geometry
• Geometric topology
• Quantum field theory
• Moduli space
• Mapping class group
• Conformal geometry
• Moduli
• Teichmller space
• Moduli stack of formal group laws

Remembering Jerry Marsden (1942–2010) Photo by George Bergman. Tudor Ratiu and Alan Weinstein, Coordinating Editors

Source URL: www.ams.org

• Symplectic geometry
• Classical mechanics
• Dynamical systems
• Fellows of the Royal Society
• Hamiltonian mechanics
• Geometric mechanics
• Jerrold E. Marsden
• Differential geometry
• Mathematical physics
• Alan Weinstein
• Paul Dirac
• Symplectic group

Geometric structures on foliated manifolds. Tangentially g-foliations revisited Robert Wolak Uniwersytet Jagiello´ nski, Krak´ow, Poland Abstract: A tangentially g-foliation is a regular foliation whose tangent subbund

Source URL: foliations2016.math.uni.lodz.pl

Inference, Models and Simulation for Complex Systems Lecture 1 Prof. Aaron Clauset 1

Source URL: tuvalu.santafe.edu

• Probability distributions
• Infinitely divisible probability distributions
• Poisson processes
• Statistical theory
• Estimation theory
• Exponential distribution
• Poisson distribution
• Maximum likelihood estimation
• Geometric distribution
• Memorylessness
• Binomial distribution
• Parametric model

GEOMETRIC SIMPLIFICATION FOR EFFICIENT OCCLUSION CULLING IN URBAN SCENES Rick Germs & Frederik W. Jansen Computer Graphics & CAD/CAM Group Faculty of Information Technology & Systems

Source URL: www.cg.its.tudelft.nl

• 3D rendering
• Hidden surface determination
• Z-buffering
• Level of detail
• Texture mapping
• Polygon
• Potentially visible set

Border effects in ad-hoc networks Carl P. Dettmann (University of Bristol) with Justin P. Coon (Oxford) and Orestis Georgiou (Toshiba)

Source URL: www.monmeetings.org

• Graph theory
• Probability theory
• Random graphs
• Network theory
• Networks
• Random geometric graph
• Spatial network
• Stochastic geometry
• Connectivity
• Centrality
• Continuum percolation theory
• Stochastic geometry models of wireless networks