The GeoSim’18 workshop focuses on all aspects of simulation as a general paradigm to model and predict spatial systems and generate spatial data. New simulation methodologies and frameworks, not necessarily coming from the SIGSPATIAL community, are encouraged to participate. Also, this workshop is of interest to everyone who works with spatial data. The simulation methods that will be presented and discussed in the workshop should find a wide application across the community by producing benchmark datasets that can be parameterized and scaled. Simulated data sets will be made available to the community via the website.
General Co-Chairs:
Andrew Crooks,
George Mason University, Computational Social Science Program, Department of Computational and Data Sciences,
Email: acrooks2@gmu.edu
Paul M. Torrens,
New York University, Computer Science and Engineering, Center for Urban Science + Progress,
Email: torrens@nyu.edu
Andreas Zufle,
George Mason University, Geography and Geoinformation Science,
Email: azufle@gmu.edu
Program Co-Chairs:
Hamdi Kavak,
George Mason University, Geography and Geoinformation Science,
Email: hkavak@gmu.edu
Joon-Seok Kim,
George Mason University, Geography and Geoinformation Science,
Email: jkim258@gmu.edu
Umar Manzoor,
Tulane University, Computer Science,
Email: umanzoor@tulane.edu
Program Committee (Under Construction)
Thomas Brinkhoff, Jade University Oldenburg
Suzana Dragicevic, Simon Fraser University
Erika Frydenlund, Virginia Modeling, Analysis and Simulation Center
Philippe Giabbanelli, Furman University
Alison Heppenstall, University of Leeds
Christopher Lynch, Old Dominion University
Nicholas Magliocca, The University of Alabama
Ed Manley, University College London
Dinesh Manocha, University of Maryland, College Park
Nick Malleson, University of Leeds
Jose Padilla, Virginia Modeling, Analysis and Simulation Center
Chulmin Jun, University of Seoul
Dieter Pfoser, George Mason University
Carola Wenk, Tulane University
Topics include, but not limited to:
· Applications for Spatial Simulation · Agent Based Models for Spatial Simulation · Multi-Agent based Spatial Simulation · Big Spatial Data Simulation · Spatial Data/Trajectory Generators · Road Traffic Simulation · Environmental Simulation · Geoinformation Systems using Spatial Simulation |
· Interactive Spatial Simulation · Spatial Simulation Parallelization and Distribution · Geo-Social Simulation and Data Generators · Social Unrest and Riot Prediction using Simulation · Spatial Analysis based on Simulation · Behavioral Simulation · Verifying, and Validating Spatial Simulations · Urban Simulation |
11月06日
2018
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