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We illustrate how complex agents can be modeled as entity flows within SimEvents, while additionally customizing their autonomous behavior using a combination of dynamic-system and state-chart modeling. In this talk, we will demonstrate how SimEvents provides a scalable and extensible approach for modeling the behavior of agent-based systems. Together these tools allow you to design distributed control systems, hardware architectures, and sensor and communication networks, as well as optimize processes within logistics and operations planning. Additionally, Stateflow introduces state-chart syntax for efficiently expressing complex event-transition behavior. SimEvents incorporates discrete-event network or process flow formalisms into the modeling of continuous and discrete-time dynamic systems within Simulink. SimEvents with Simulink and Stateflow provides discrete-event simulation capabilities suitable for agent-based and hybrid-system modeling. JMP is fully integrated with Simulation Studio, enabling you to design and conduct efficient experiments, collect data, and easily analyze and visualize simulation results using JMP graphics, the profiler, and Monte Carlo simulations.

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The point and click graphical user interface provides a full set of tools for building and executing models. SAS Simulation Studio for JMP is a platform for modeling, analyzing, and understanding systems through discrete event simulation. JMP provides robust distribution fitting, a complete selection of experimental designs, and an Excel Add-In for working with Excel data and exploring models using the JMP profiler. JMP provides integrated graphs and statistics, along with an array of analytic tools. Experimentation, Exploration, and Simulation with JMP and SAS Simulation Studioīrady Brady, and Ed Hughes, developed by SAS Institute, is both a desktop tool for data analysis and visualization and a flexible SAS client. You can readily combine these objects into a multi-mode transportation simulation.

AnyLogic simply gives you more tools/languages/techniques allowing you to make your simulation more closely resemble the physical system-which is the whole point, right? Now we add to this toolset by providing three powerful smart object libraries so that you can very quickly create simulations of pedestrian, traffic, and rail movement. AnyLogic is the only tool that combines all of the basic approaches: agent-based, discrete event and system dynamics into one powerful, graphical, development environment.

Whether you're a traffic engineer, supply-chain expert, consultant or researcher you will appreciate how quickly you can develop complex models with the new AnyLogic 6.7. Transportation design challenges? Logistics optimization issue? Supply chain problems? We've got it covered! The new AnyLogic smart object libraries take you to a whole new level of power and speed in simulating and solving these problems.