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SNARLI (Simple Neural ARchitecture LIbrary) is a Java package containing a back-prop layer class and classes for the Self-Organizing Map and Incremental Growing Grid. The back-prop class supports sigma-pi connections and back-prop-through-time.
InfoML (see InfoML.org) is a standard for storing units of information--especially human thoughts--and making connections among them. This project is the first step toward building applications that implement new ways of manipulating information
HORUS is a system for knowledge acquisition, hypothesis generation, inference and learning. It is an interactive, internet environment accessible to a diverse community of users (public-access or membership basis) - see also UMKAILASH project for more.
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A fast, simple method of establishing musical genre of arbitrary compressed audio files calculated by comparisons with training sets. Program currently consists of a java console program. GUI front end, algorithm upgrades to come.
Java port and extension of MLC++ 2.0 by Kohavi et al. Currently contains ID3, C4.5, Naive (aka Simple) Bayes, and FSS and CHC (genetic algorithm) wrappers for feature selection. WEKA 3 interfaces are in development.
Yet another MAZE!
There is going to be maze generation algorithm(s) and pathfinders who use certain algorithms to solve the maze.
This project was initially a student team project at Thompson Rivers University(TRU) to demonstrate search algorithms.
A rather simplejava program for parsing plain text files (generally in large numbers), which should then offer frequency statistics of usage, graphs, full-text search and maybe something more.
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A general purpose CPU scavenging platform written in Java. The goal of the Numenor project is to provide a distributed processing platform that allows an organization to take advantage of unused CPU capacity.
The aim of this project is to highlight the effect of lexical chain scoring metrics and keyword extraction techniques on summary generation. We present our own chain-based keyword extraction system using WordNet lexical database.
The calendar algebra is a formal representation that captures the semantics of relationships between granularities of time. The software in this project serves as a basis for storing and converting time granularities defined by the calendar algebra.
** IMPORTANT NOTICE ** 10 Feb 2006 Code is being moved to the SMI subversion repository (http://smi-protege.stanford.edu/svn/owl/trunk/) Project will continue to be open source. ProtegeOWL info at: http://protege.stanford.edu/overview/protege-owl.html