system-dynamics
There are 6 repositories under system-dynamics topic.
Fault-lang / Fault
a language for building system dynamic models
Language:Go 163scottfr / simulation
Node and browser JavaScript library to run simulations. Supports System Dynamics modeling, Differential Equation mathematical modeling, and Agent Based Modeling.
Language:JavaScript 62- Language:Lua 35
bslMS / BusinessSimulation
Dynamic modeling for business, economics, and ecology using the system dynamics approach
Language:Modelica 19- sustainable-energy-transitions
csaladenes / sustainable-energy-transitions
Code behind the Sustainable Energy Transitions (SET) model + Project Website
Language:Jupyter Notebook 16 - Language:R 14
DocVaughan / CRAWLAB-Code-Snippets
Small pieces of code for use in CRAWLAB research
Language:Jupyter Notebook 13rosseyre / Credit-Management-Simulation-cadCAD-
cadCAD simulation designed to assess automated credit management algorithms for mutual credit systems.
Language:Jupyter Notebook 10i4h / latex-systemdynamics
A Latex package for drawing SD diagrams using tikz
Language:TeX 9lzim / teampsd
Team PSD is using GitHub, R and RMarkdown as part of our free and open science workflow.
Language:HTML 9- insurgent-dynamics
A hybrid system dynamics-time series method for conflict analysis using GDELT
Language:Jupyter Notebook 7 - Language:Jupyter Notebook 7
- Language:R 7
Nico-Curti / SysDyn
System Dynamics script utilities
Language:C++ 7- csaladenes.github.io
Code behind my personal website (Dénes Csala)
Language:Jupyter Notebook 6 faranzki / simple-system-dynamics
A collection of simple system dynamics models to illustrate basic system behaviours at easy examples. The models are written in C++.
Language:C++ 6acrooks2 / Four-Disease-Models
Comparing four modeling approaches: System Dynamics, Agent-based Modeling, Cellular Automata, and Discrete Event Simulation using a SIR model as an example
Language:NetLogo 5chrisprasanna / RoboAnkle_DeepLearning
Deep learning scripts used to accurately predict human-robot system dynamics for future prosthesis control methods
Language:Python 5transentis / bptk_py
System Dynamics and Agent-based Modeling in Python
Language:Python 5collective-change / mipa
🌍 Mipa is the strategic coordination web app from collective-change.org, which aims to help the world achieve sustainablility by 2030.
Language:Vue 4moorepants / eme171
Jason K. Moore's UC Davis System Dynamics Course Website
Language:MATLAB 4alexprey / pysd
System Dynamics Modeling in Python. Official repo of sdCloud.io to support model executions.
Language:Jupyter Notebook 3CMU-TBD / tbd_SocNavBenchmark
Dev Branch for SocNavBench: Social Navigation Robot Algorithm Benchmarking Tool
Language:Python 3agurvinder / PoliciesforDiseaseControl_MBDM_EPA1361
This repository is created as a part of an academic project for the course Model Based Decision Making EPA1361
Language:Jupyter Notebook 2AnupamSaraph / COVID-Simulation
COVID India model allows the simulation of different options before the Government of India to contain the COVID-19 pandemic. It provides a means to evaluate the impact of different options on new cases per day, total cases, total deaths and active cases.
Language:HTML 2- Language:Jupyter Notebook 2
- kontextLanguage:Jupyter Notebook 2
jkglasbrenner / cds411-course-materials
Course materials for CDS 411: Modeling and Simulation II, offered at George Mason University
Language:Jupyter Notebook 2- Language:Julia 2
Miksus / system-flow
System Dynamics package for Python
Language:Python 2sohamphanseiitb / Think-in-Systems
An intuitive Introduction to Systems Engineering and Dynamics
- netset
Code behind the Networked Sustainable Energy Transitions Exploratorium
Language:Jupyter Notebook 1 - Language:Mathematica 1
- Language:C# 1
NREL / CSG-public
The Connected and Automated Vehicles Scenario Generation (CSG) model is a system dynamics model. It was built by NREL and funded by the U.S. Department of Energy under the Systems and Modeling for Accelerated Research in Transportation (SMART) Mobility initiative. The purpose of the model is to simulate the “transitions from predominantly individual ownership of non-CAVs to various future scenarios of high connectivity/automation”(Bush, Vimmerstedt, and Gonder 2019).
- Language:Lua 1
