Winter Simulation Conference Proceedings Archive
INFORMS Simulation Society
Free full-text archive of Winter Simulation Conference proceedings from 1968 to 2025, hosted by the INFORMS Simulation Society. Contains the annual introductory and advanced tutorial tracks alongside peer-reviewed methodology and application papers, searchable across the full corpus.
More resources on Simulation & Modeling
Introduction to Numerical Simulation (SMA 5211)
Learn numerical simulation techniques for systems engineering with this MIT course. Explore modeling, analysis, & problem-solving!
Business Dynamics: Systems Thinking and Modeling for a Complex World
Thousand-page treatment of system dynamics modeling: causal loop and stock-and-flow diagramming, feedback structure, material and information delays, nonlinear decision rules, model testing and validation, and worked cases on supply chain oscillation, product diffusion and organizational policy failure.
Simulation Modeling and Analysis (5th Edition)
Reference treatment of the entire simulation study lifecycle: modeling methodology, probability review, fitting input distributions to data, random number and variate generation, verification and validation, output analysis, comparing alternative system configurations, variance reduction, and simulation-based optimization.
Mesa: Agent-Based Modeling in Python
Documentation for Mesa, an Apache-licensed Python framework for agent-based modeling. Covers model and agent classes, spatial grids and networks, agent scheduling, data collection, batch parameter sweeps and browser-based visualization, with a step-by-step tutorial building a wealth-distribution model.
SimPy Documentation
Official documentation for SimPy, a process-based discrete-event simulation framework built on Python generator functions. Contains a tutorial, topical guides on events, processes, shared resources and preemption, runnable examples including machine shops and car washes, and a full API reference.
ISyE 6644 Simulation - Course Materials
Complete materials for Georgia Tech's graduate simulation course: ten lecture modules spanning hand simulation, general principles, uniform random number generation, random variate generation, input analysis, output analysis and comparing systems, plus homework, exams and worked solutions.