OpenNERO is an open source software platform designed for research and education in Artificial Intelligence. The project is based on the Neuro-Evolving Robotic Operatives (NERO) game developed by graduate and undergraduate students at the Neural Networks Research Group and Department of Computer Science at the University of Texas at Austin.

In particular, OpenNERO has been used to implement several demos and exercises for Russell and Norvig's textbook Artificial Intelligence: A Modern Approach. These demos and exercises illustrate AI methods such as brute-force search, heuristic search, scripting, reinforcement learning, and evolutionary computation, and AI problems such as maze running, vacuuming, and robotic battle. The methods and problems are implemented in several different environments (or "mods"), as described below.

More environments, problems, and methods, as well as demos and exercises illustrating them, will be added in the future. The current ones are intended to serve as a starting point on which new ones can be built, by us, but also by the community at large. If you have questions or would like to contribute, check out the OpenNERO Google Group.

• Get OpenNERO
  • OpenNERO Dependencies
  • Download a Binary
    • Linux
    • Windows
    • Mac OS X
  • Build from Source
    • Linux
    • Windows
    • Mac OS X
• Demonstrations
  • Search
    • The Maze Environment
    • First Person Search
    • Uninformed Search
    • Heuristic Search
  • Planning
    • Tower of Hanoi Environment
    • Symbolic Planning
  • Natural Language Processing
    • Tower of Hanoi Environment
    • Natural Language Processing
  • Reinforcement Learning
    • The Maze Environment
    • Q-learning
  • Evolutionary Computation
    • The Roomba Environment
    • Neuroevolution
  • Multi-Agent Systems
    • NERO Environment
    • NERO Machine Learning Game
  • Vision
    • The Vision Environment
    • Vision: Edge Detection
• Exercises
  • OpenNero Setup
  • Adding Stuff
  • Create Roomba Agent
  • Maze Generator
  • Maze Solver
  • AI Exercises
  • Heuristic Search
  • Planning
  • NLPExercise
  • QLearningExercise
  • Maze Learner
  • Advanced Maze
  • Nero Tournament
  • Sample Tournament Results
  • Object Recognition
• System Documentation
• Headless Mode
• System Overview

Many people have contributed to OpenNERO, including Igor V. Karpov, John B. Sheblak, Adam Dziuk, Minh Phan, Dan Lessin, Wes Tansey, Reza Mahjourian, Risto Miikkulainen, members of the Neural Networks Research Group at UT Austin, students and alumni of the Computational Intelligence and Game Design stream of the Freshman Research Initiative at UT Austin.

NOTE: as with any active project, OpenNERO is a work in progress and many updates are frequently being made. If you have trouble with OpenNERO, check the discussion group and then consider submitting an issue. And of course, if you would like to contribute, let us know!