Search Results for "java source code to uml"

GUAJE stands for Generating Understandable and Accurate fuzzy models in a Java Environment. Thus, it is a free software tool (licensed under GPL-v3) with the aim of supporting the design of interpretable and accurate fuzzy systems by means of combining several preexisting open source tools, taking profit from the main advantages of all of them. It is a user-friendly portable tool designed and developed in order to make easier knowledge extraction and representation for fuzzy systems, paying...

fPotencia is the fruit of free time and passion for power systems simulation. After observing the lack of ready-to-implement libraries for power system analisys, and that the existing ones focus on command line workflow, I decided myself to start a project to fill the gap. Since Power system simulations have started needing to be executed in parallel, the old C-like designs are outdated; modular design is now needed to launch many simulations at the same time based on a base...

JMathStudio is a Java based digital image and signal processing toolkit/library. It is simple to use, portable, light (~300 Kb), extendable and free. Full source code available at https://github.com/bhavyaajani/jmathstudio Android compatible JMathStudio is available @ https://sourceforge.net/projects/jmathstudio-android/

TML has moved to http://www.villalon.cl/tml.html and the code to https://github.com/villalon/tml

This project is ANDS (Australian National Data Service) funded and aims to provide a mechanism for researchers within the University of Western Australia to upload research datasets to a central petastore. It also aims to publish metadata about the datasets to RDA (Research Data Australia) so that the datasets can be discovered (and potentially shared) by searching or browsing through the ANDS website. In order to accomplish the above functionality, this project used the following open...

Neural objectz is a java code (no executable) that uses (a lot) of neurons that work more object oriented then the classical mathematical neural networks who use mathematical functions to calculate their output out of input.

This research project seeks to use compiler techniques to perform an attribute-based data-flow analysis on (MOF/UML)models allowing for a syntax-driven validation of a model's static semantics as well as an abstract interpretation of i dynamic behavior.