An open source implementation of the High Level Architecture Run-Time Infrastructure. Focused on modularity and flexibility, Portico provides an extensible environment to support HLA simulation development and research.
...One of the main advantages here is that the user can use most of the functionalities that may have those external programs interfaced without the necessity to be reimplemented again on independent interfaces. In fact, this simulation interface concentrates all the common code involved in the coupling terms of the QM/MM approach.
Neuroph is lightweight Java Neural Network Framework which can be used to develop common neural network architectures. Small number of basic classes which correspond to basic NN concepts, and GUI editor makes it easy to learn and use.
Universal Random Number Service for Agent-Based Models
The purpose of URaNuS (Universal Random Number Service) is to provide a common library for Agent-based models that allows modelers to define different random streams and/or generators for different model parts in order to investigate the influence of distinct model parts to stochasticity. It is also useful to manage random numbers in the interplay of multiple libraries.
Common accessible environment for system dynamics simulation.
The Sphinx project is dedicated to create common accessible environment for system dynamics simulation. This software is developed on Java 6 platform and use Java Swing GUI.
PSIGHOS is a Java-based simulation library. PSIGHOS is focused on the simulation of business processes and comprises a parallel core so to reduce the execution time for large models.
GISpatialNet is a Java-based tool for mapping network data (nodes and edges between them) to spatial coordinates; reformatting network and spatial data together; and calculating spatial network measures.
Install by saving to c:\ drive and typing the following in a command line:
java -jar c:\GISpatialNet-0.9b.jar
The FBench is the ongoing development of an open-source graphical software tool for embedded automation components and systems based on the IEC 61499 standard. The project originates from the OOONEIDA Workbench pioneered by Dr. James Christensen in 2005.
The main goal of this project is the development of an IFX Transaction Switch that handle particular devices like an ATM (J/XFS compliant), POS in the future, and other devices that speak a common language: IFX
This is a recopilation of programs programmed by Eliot Hijano using either Java or Ruby. All the programs have something in common with both physics and Maths and are explained mathematically and physically in its own pdf.
The Disease Simulation Framework (DiSiF) represents a spatial simulation environment for infectious viral disease spread. The framework currently embodies a very simple framework for simulation in 2D space with focus on SARS and the Common Flu.
It provides a graphical animated representation of a network simulation run (e.g. for ns-2). Further, common metrics are calculated and displayed. The tool is written in Java and supplies 2 frontends (applet and stand-alone application).
Middlesim is a light-weight HLA simulation middleware framework. Providing relief from many of the annoying programming “features” of the HLA, it provides a simplified API that is both concise and easy to use.
BrainBox is a simulation toolbox, similar to MatLab, that simulates physical and mathematical models remotely via WebServices. BrainBox provides a user interface to help create the diagrams and interact with the simulation results with a built-in languag
The Open Source HLA RTI that love built. A free implementation of the High Level Architecture Run-Time Infrastructure. Focused on modularity and flexibility, jaRTI provides an extensible environment to support HLA simulation development and research.
A deterministic pandemic influenza simulator. Computes the effect of interventions like antiviral treatment of cases and social distancing. To be used for pandemic preparedness planning by health care offices. OS-independent Java/SWT/RCP/Applet.
PostPost is a utility to analyze and adjust the output from various CAM systems (i.e. Edgecam, Mastercam, BobCAD/CAM, etc). The analysis will help users optimize performance of three axis milling machines.
The co-simulation adapation platform serves as programming framework and middleware to enable coupling of distributed, heterogeneous numerical models. The framework facilitates the adaptation and integration of new sub-models into a common simulation platform.