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| matsim [2025/04/15 12:41] – steeves | matsim [2025/04/15 12:42] (current) – steeves |
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| **[[https://www.matsim.org/|MATSim]]** (Multi-Agent Transport Simulation) is an open-source, Java-based framework for building large-scale agent-based transport simulations. It is designed to simulate the daily mobility behavior of individuals within urban and regional transportation systems, making it ideal for researchers, planners, and engineers working in the field of **transport modeling**, **urban planning**, and **infrastructure analysis**. ([[https://en.wikipedia.org/wiki/MATSim|Wikipedia]]) | **[[https://www.matsim.org/|MATSim]]** (Multi-Agent Transport Simulation) is an open-source, Java-based framework for building large-scale agent-based transport simulations. It is designed to simulate the daily mobility behavior of individuals within urban and regional transportation systems, making it ideal for researchers, planners, and engineers working in the field of **transport modeling**, **urban planning**, and **infrastructure analysis**. ([[https://en.wikipedia.org/wiki/MATSim|Wikipedia]]) |
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| ==== Overview ==== | === Overview === |
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| Developed by an international community of researchers and institutions, MATSim supports detailed simulation of **travel demand**, **transport supply**, and **mobility dynamics** by modeling individual agents and their decisions across time and space. Each agent represents a person with an activity plan (e.g., home → work → shopping → home), and the system simulates how agents adapt their behavior in response to changing conditions like traffic congestion or infrastructure changes. | Developed by an international community of researchers and institutions, MATSim supports detailed simulation of **travel demand**, **transport supply**, and **mobility dynamics** by modeling individual agents and their decisions across time and space. Each agent represents a person with an activity plan (e.g., home → work → shopping → home), and the system simulates how agents adapt their behavior in response to changing conditions like traffic congestion or infrastructure changes. |
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| MATSim follows a **co-evolutionary approach**, where agents iteratively learn and adapt their plans to optimize their utility, allowing the system to reach **dynamic equilibrium** over multiple simulation runs. | MATSim follows a **co-evolutionary approach**, where agents iteratively learn and adapt their plans to optimize their utility, allowing the system to reach **dynamic equilibrium** over multiple simulation runs. |
| ==== Core Features ==== | === Core Features === |
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| **Agent-Based Modeling**:\\ | **Agent-Based Modeling**:\\ |
| **Integration with GIS and External Tools**:\\ | **Integration with GIS and External Tools**:\\ |
| MATSim supports [[https://www.openstreetmap.org/|OpenStreetMap]] input, shapefile processing, and can be connected to tools like **QGIS**, **SUMO**, or **MATSim-NEXT**. | MATSim supports [[https://www.openstreetmap.org/|OpenStreetMap]] input, shapefile processing, and can be connected to tools like **QGIS**, **SUMO**, or **MATSim-NEXT**. |
| ==== Applications ==== | === Applications === |
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| MATSim is used by **urban planners**, **government agencies**, and **academic researchers** for: | MATSim is used by **urban planners**, **government agencies**, and **academic researchers** for: |
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| Supporting **Smart City** initiatives and **sustainable mobility planning** | Supporting **Smart City** initiatives and **sustainable mobility planning** |
| ==== Resources ==== | === Resources === |
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| 🔗 [[https://www.matsim.org/|MATSim Official Website]] | 🔗 [[https://www.matsim.org/|MATSim Official Website]] |