FuzzyLogic Tools (FLT) is a C++ framework for storage, analysis and design of fully general multiple-input multiple-output (MIMO) Takagi-Sugeno fuzzy control systems, without constraints in the order of either the inputs or the output vectors.
C++ FuzzyLogic Programming Library -
For problem solving in the fuzzylogic domain. It has an object oriented API well suited to C++ syntax for direct inclusion in source code.
Portable to platforms that support the C++ STL.
A C++ port of Fuzzy Engine for Java in a form of a library. The Fuzzy Engine is a FuzzyLogic implementation, which can be used, for instance, to create fuzzy controllers. See also: http://sf.net/projects/fuzzyengine for an updated version for Java.
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Device independend source code of Fuzzylogic expert system. Reads FCL (fuzzy control language). Sourcecode in C++. Example program is tested with Linux, should also work with Windows or other operating systems. Without a graphical user interface.
AKIRA aims to create a C++ development framework to build cognitive architectures and complex artificial intelligent agents.Features:KQML,FuzzyLogic,Neural Net,Fuzzy Cognitive Maps and DIPRA (a distributed BDI - Belief Desire Intention goals model)
This is a prolog-like programming language based on the fuzzylogic. It includes the class-libraries for fuzzylogic, probability theory and method of resolution, all made in C++. Java releases possible in the future.
FLPD is an automatic learning system based on fuzzy prototypes, composed of a C++ library for machine learning and fuzzylogic and an experimentation framework.
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This project's goal is to "package" AI features altogether.
These features can embrace pathfinding, behaviour, fuzzylogic, state machines, and the like.