A process-based discrete-event simulation framework based on standard Python, good for modeling queues, networks, and other systems where events occur over time.
SimPy
- Python
- Automation, Analyse des données, PLM et ERP, Contrôle des processus, Simulation
- Processus, Amélioration des processus, Optimisation des processus, Simulation, Langage de modélisation des systèmes (SysML)
Caractéristiques :
- Discrete-event simulation,process-based modeling,event scheduling,resource management (shared resources,stores,containers),monitoring and data collection,asynchronous operations using Python generators,process interaction (waiting for events,interrupting processes),animation capabilities (with external tools)
Prix :
- Gratuit
- Intuitive process-based approach, easy to learn and use (standard Python), flexible and extensible, good for modeling complex queuing systems and resource contention, well-documented.
- Not designed for continuous simulation or agent-based modeling directly (though can be adapted for some ABM), performance for extremely large-scale simulations might be a concern compared to compiled simulation languages, visualization requires external tools.
Idéal pour :
- Analysts, engineers, and researchers modeling and simulating discrete-event systems in areas like operations research, manufacturing, logistics, healthcare, and communication networks.