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PySimiam is a robot simulator, created to follow the course "Control of Mobile Robots" offered at Coursera. The simulator models an arbitrary number of mobile robots in a 2D environment, each controlled by a arbitrary algorithm.
Easy to use physics simulation combining ODE with OpenInventor.
Create phyiscal simulations easily through IPSA which combines the OpenInventor 3D API with the Open Dynamics Engine (ODE). Scenes are read from .iv files and simulated in the supplied viewer applications. Find it at: http://ipsa.sourceforge.net
This is a third year computer science project.
A software system for simulating and animating Reinforcement Learning (RL) algorithms mainly for modular robots.
This is a Robot simulation game that allows you to write a robot in any language you might want. The robot communicates with the game using the internet and up to 32 robots can be run at a time. WARNING: The current version is not complete!
A simulation environment for 2D robots to interact and perform tasks in. Meant to be educational and demonstrate emergent behaviors. No download necessary! See demos on project website!
With BotWars.Net developers and students can create their own 3d virtual robots via .Net Scripts (C# or Visual Basic.Net) and make them combat in a full 3D arena. You can script the combat and defence strategy and also the robot equipment (weapons, etc.)
SB-MASE is aimed at students and researchers in AI, for simulation and control of agents and robots. It uses task based decomposition and the subsumption architecture as its core control mechanisms and includes numerous possibilities for adding plug-ins.
frCoder is a set of tools used to write, test, and simulate software written for the FIRST Robotics Competition (FRC). frCoder also includes basic libraries of common techniques used in the FRC.
Roboter is a 3D simulation of robots, which tries to be flexible and realistic while still being fairly easy to use, even for fun. Individualy designed robots can be either remote controled over network or via KI-scripts. Inspired by US-First Robotics.