Open Source Java Artificial Intelligence Software

This project proposes a virtual laboratory for social scientists interested in the modelling, analysis and behavioral simulation of power relationships within organizations and more generally in systems of collective action. This software is grounded on the works lead by Sibertin-Blanc and Roggero on the formalization of the Sociology of Organised Action [Crozier and Freidberg]. Visit the homepage of the project on soclabproject.wordpress.com for tutorials, examples and further theoretical position.

AlgoG4j - Genetic Algorithms Toolkit for Java. A plugin based didactic toolkit written in french.

The Athlete is a virtual robot living in the ODE (Open Dynamics Engine)world. An evolution algorithm is implemented based on the DR-EA-M to optimize its performances. This involves a Genetic algorithm, network of neurons and morphology. All is in java.

Bots Poker Rooms is a Java server enabling poker games between bots. Users can commit their bots, follow their stats, and so on. The front-office is web-based and the back-office is a daemon which makes the bots play together.

CoPT, Corpus Processing Tools, is a set of java classes intended to assist field linguists, NLP researchers and developers, students and software developers in all corpus-related processing.

This aim of this project is to provide an efficient LTAG Parser (Lexicalized Tree Adjoining Grammar) and some linguistic resources to the NALP community and other interested people. Please feel free to submit bug reports, feature requests, or any other co

Forasystems compound financial expertise into Java Business components. These components put together the financial requirements which are shared by most of financial companies and allow to build resilient applications.

This is a suite of several software agents to provide a complete architecture of lexical base as proposed in Didier Schwab's PhD. thesis. It will be used for automatic translation, information retrieval and other natural language processing tasks.

Personal research achievements from the authors presented here in the form of symbolic Algebra and non-numerical analysis algorithms implemented in C/C++, Java, and/or Pascal. As part of a more wide, simple, powerful and robust CAS enviroment under development, new code will be continuously added up to this repository. The authors give their welcome and encouragement to everyone interested in bring some kind of collaboration.