Open Source Simulation Software - Page 86

Visu@lGrid - UML for BOINC: A Modelling Language Approach for the Development of Distributed Applications based on the Berkeley Open Infrastructure for Network Computing

We introduce a completely visual representation based on typed Mind Maps to represent steps of calculation for a pure untyped lambda calculator, VLM.

VisualDSPStudio is a digital signal processing program . It can get multimedia streams from all audio and video sources You can design FIR and IIR filters and also you can get parameters of designed filters as C and Matlab source codes.

CO2 is a real-world simulator development package that integrates currently available technologies in order to provide an ever wanted environment for those who want to build simulators/games. The package includes an IDE called VisualGameBuilder.

Orthogonal method for the Identification of Volterra series. It is an extension of Lee-Schetzen method with two major improvments: 1. Reduced identification uncertainty in diagonal kernel points. 2. Possibility to identify each Volterra kernel with an input with different variance. This feature reduces the identification noise on lower order kernels and improve the "resolution" on higher order kernels. For reference see: Simone Orcioni. Improving the approximation ability of Volterra series identified with a cross-correlation method. DOI:10.1007/s11071-014-1631-7. pp.2861-2869. In NONLINEAR DYNAMICS - ISSN:0924-090X vol. 78 (4) 2014.

VoteSim simulates three main types of elections: traditional, hitler, and two-party system. A traditional election is a customary democractic election where the winners are the candidates who receive the most votes. A hitler election is an inverse election, where the winners are the candidates who receive the least votes. A two-party system election is a traditional election where the each vote is cast to either of the two most popular candidates (i.e. voters are forced to choose between the two most popular candidates rather than than a third party).

Library for creating and analyzing voxel objects. This project has moved to github. https://github.com/jonhiller/Voxelyze

This project is writen in python and is a result of a school project with the goal to be able to simulate and determin interplanetary orbits. The goal of the project was to design a Voyager like mission in the present hence the name, Voyager Generation 2

A web-distributed 3D virtual universe for modellers, developers, scientists, gamers and social networkers. Pluggable visualization engines, navigation (vehicle/avatar) controls, model editors, scene editors, messaging.

WATS is an R package (>R2.15) whose main purpose is to run an individual-based simulation of an acoustically-assisted mark-recapture survey of whales Version 1.0 = for R2.15.x Version 1.01 = for R3.0.3+ For details see: Peel D, Miller BS, Kelly N, Dawson S, Slooten E and Double MC (2014) A simulation study of acoustic-assisted tracking of whales for mark-recapture surveys. PloSOne in press.

1/ WCA interprets a file containing the definitions of variables and expressions to be analysed, computes the worst case analysis, and prints the results. 2/ WCADB extends MathCAD to perform Monte-Carlo W.C.A. based on drifts taken from an external database.

WDSolve is a black box solver for nonlinear hyperbolic partial differential equations. WDSolve is based on the Wave Digital method, leading to explicit finite difference schemes with superior stability properties.

WEST (Wind Energy Simulation Toolkit) is a wind simulation application. It can be use to obtain high resolution results at various altitudes.

Wireless LAN (IEEE 802.11) power management extension based on ns-2.33. This supports legacy power save functions defined with IEEE 802.11.

WODA (Well Outline and Design Aid) is a groundwater simulator developed at the Group for Numerical Analysis, Jaroslav Cerni Institute, Belgrade, Serbia. WODA does not have its own graphical user interface, but it can work with groundwater models constructed using the freely available Lizza interface, http://www.bioirc.ac.rs/index.php/groundwater-flow-software.

WOLFSIM is a Finite-Difference Time-Domain electromagnetic simulator, designed to be easy to use but still very powerful, developed and maintained by researchers at North Carolina State University. It's features include: -1D, 2D, and 3D structures that are periodic in 1 or 2 dimensions -Materials that are anisotropic in permittivity and conductivity -Obliquely incident sources -Built-in vectorial (i.e. full polarization) near-to-far-field transformation See these publications for full details on the algorithm: http://www.ece.ncsu.edu/oleg/files-wiki/6/62/SPIE_12_Miskiewicz_wolfsim3D.pdf http://www.ece.ncsu.edu/oleg/files-wiki/1/13/OptExpress07_OH.pdf

WRoute es un simulador de camiones basado en datos geográficos (OpenStreetMap) y datos no geográficos (modelos cinemáticos) para poder simular y analizar el coste de combustible de camiones. WRoute es un proyecto Open Source, cuya autoria está protegida por derechos de autor, por lo que cualquier uso, modificación o distribución de WRoute o su código deberá estar citado como: Fernando Pérez-Rodríguez, Luís Nunes, Ângelo Sil, João Carlos Azevedo (2016) Software: WRoute 1.0. Ref 03/2016/573. DOI: https://doi.org/10.13140/RG.2.1.2149.8481

Framework to help researchers test their discovery algorithms. Microsoft visual studio 2008 with c# and SQL Server were used on windows based workstation. Prototype developed is called WSDis, which stands for Web Services Discovery. WSDis provides Two main menus and two buttons at the main form. Figure 10 shows the main form of WSDis. Button IMPORT imports WSDL files and retrieving their details. Button REGISTER registers acceptable web services. Acceptable web service description files are WSDL standard format and their documentation section is not empty.

This project presents an extension to ns-2, which enables a normal user, who has basic knowledge of ns-2, to simulate localization system within a wireless network. Moreover, this project would be beneficial to researchers who want to implement new or existing localisation algorithms and anyone new to ns-2 who wish to know more about how a simulation project is built and structured. [1],[2] provide more details. References [1] A. M. Abu-Mahfouz and G. P. Hancke, GP., “ns-2 extension to simulate localization system in wireless sensor networks,” In Proceedings of the IEEE Africon 2011 conference, 13-15 September , Livingstone, Zambia, 2011, pp. 01-07. [2] A. M. Abu-Mahfouz "Accurate and efficient localisation in wireless sensor networks using a best-reference selection," PhD thesis, 2011, http://upetd.up.ac.za/thesis/available/etd-10122011-124534/ For ns-2.34: download ns2_localisation.tar.gz For ns-2.35: click on "Browse All Files" then read "readme.asn"

WTelecom is a RealTime Software to manage a telecom network. This prototype can be implemented for a production use.

WaVeSim (Water Vehicle Simulator) is a simulation environment to test water vehicles' on-board software. It simulates surface and underwater vehicles' dynamics and acoustic signal propagation. Virtual sensors and 3D visualization system are available.

3D Special Relativity Simulator - This program demonstrates what everyday objects would look like at close to the speed of light.

WISE by Dr. Brian Leib when at WSU, Prosser, WA. Wise is an irrigation scheduling graphical object oriented system. Input weather Crop type and growing dates, Soil moisture, and Irrigation System type and parameters. Output will be irrigation schedule.

WavesFX is a Java FX application to compute and represent with a very high precision harmonical waves evolving in space and time. The real-time motor is result of many years of investigation about the nature of the time. I decided to implement the philosophical motor in Java because of the cross-platform nature of the language. Some of the "normal" features are XY scalation, manual or mouse-assisted, translation of the XY axes, change of background colors, dynamic range X and DX, etc. The program is bi-threaded at run-time with 2 cooperative threads: background + foreground, that allows that all user-input parameters (including change of the virtual-time!) are automatically updated at run-time.

WebBench is a lightweight Linux command-line utility for stress-testing web servers with many simultaneous HTTP clients. It uses fork() to create separate client processes that repeatedly request a specified URL. The tool can simulate up to approximately 30,000 concurrent connections to evaluate server behavior under heavy load. Users can configure the number of clients and the duration of a benchmark. It supports HTTP/0.9, HTTP/1.0, and HTTP/1.1 along with GET, HEAD, OPTIONS, and TRACE requests. Requests can also be sent through a proxy, and optional modes can ignore responses or request reload behavior. WebBench was originally written by Radim Kolar in 1997 and remains a compact example of Unix-style load testing.