Open Source Simulation Software - Page 65

PeerKit is a tool for rapidly creating new peer-to-peer programs, and designing and evaluating new peer-to-peer topologies.

PeerSE is a graphical experiment environment for analysing and developing peer-to-peer (p2p) systems in Java.

PeerfactSim.KOM is a discrete event-based Peer-to-Peer (P2P) Simulator written in Java. It is developed at the Multimedia Communications Lab (KOM) at Technische Universität Darmstadt and allows for simulating large scale P2P systems.

Penacho calculates and draws the gas dispersion of a smokestack in the atmosphere. The plume evolution and the pollutant concentration distribution over the surrounding area can be seen in an interactive 3D graph.

Given a simple net-list describing the high level power architecture of your system Penthode: - simulates the voltage and current from device turn on to the steady state. - highlights components working out of specification - draws a nice power tree diagram showing the currents/powers balance - plots node transient voltage and gate current waveforms It is possible to change component parameters interactively to improve the design

Labyrinth is a small gui application which, provides a random and recursive generated perfect labyrinth. Each generated labyrinth has a start and an exit point deep in it. Some robot can search for the exit of the labyrinth by using different algorithms.

Ceci est le projet réalisé à la session d’hiver 2014 par l’équipe Expresso. L’équipe était composée de : Philippe Olivier, François Lemonnier-Lalonde, Dominique Tremblay et François Moreau. Le projet a été réalisé pour le cours de Génie logiciel orienté objet, donné par M. Jonathan Gaudreault à l'Université Laval. Le projet consistait à développer un logiciel de modélisation de réseau de files d’attente, aussi appelé un réseau de Jackson. Chaque nœud du réspeau représente une station de traitement et chaque arc orienté représente un chemin possible d’une station à une autre. Le réseau possède toujours un point d’arrivée et de sortie. Un tel réseau peut, par exemple, représenter la zone de sécurité d’un aéroport, l’urgence d’un hôpital ou une chaîne de montage. BitBucket repository: http://bitbucket.org/ulaval21610/glo2004 http://sourceforge.net/projects/performnet/files/PerformNet-Expresso.zip/download

Petri-LLD is a graphical development environment for real-time automation control and is written in Java. It is based on a form of Petri net, and compiles to a number of programmable logic controller (PLC) languages as well as Java and Visual Basic.

PetriKit is a modular toolkit for Petri Net analysis. It allows the extraction of basic properties, extraction of invariants, and generation of reachability graph. Results can be formatted in plain text, HTML or XML files.

Moved to: http://parkermills.github.io/phagetherapy/

A Java neural network simulator for a type of new spiking neuron model. More information will be available later.

Phoinix is a Nintendo Gameboy emulator for the Palm Computing Platform. It converts your business handheld into a fun machine.

PhotonSim is a general purpose physical/optical MC-enabled raytracing framework. It will be able to simulate optical systems like cameras, telescopes, spectrographs etc. PhotonSim is not an rendering engine. It does focus on physically accurate results.

A python/C++ framework for Bayesian phylogenetic analysis.

The Physicist is a high end physics simulation engine that can provide answers with reasonable accuracies(now w/ rk4 and euler options). It can currently predict the motion of many particles.It Employs OpenGL to provide cutting edge graphics support.

A collection of applets used to demonstrate physics and math principles. The applets include: a ray diagram drawing applet, a collision of disks applet, an electromagnetic field mapper and a 3d hydrogen orbital simulation.

PhysicsBench: benchmark suite to represent physics simulation in future game-scenarios to be used by (1) computer architects/researchers for real-time physics hw/sw designs, and (2) application designers to determine gaming platform performance bounds.

The Pi Markup Language (PiML) aims at providing an XML based representation format for the description of models encoded in the Pi Calculus. The XML representation of such Pi Calculus models should support model storage, exchange, and coupling.

Random-symbolic constraint solver

User interactive Microchip PIC simulator.

Simulator for microcontroller Microchip PIC16F84 and compatibles written in Java.

Ce projet a pour but de tester la théorie de P. Crozat concernant les modèles de constructions des pyramides d'Egypte.

This cellular automation simulation uses probability to control the growth and decay of different cells. This simulation uses cells of 6 different colors each of which is initially given one cell to be placed in a random location on the grid. 3 rules govern the evolution of this system: First, each cell will randomly select an empty cell around it or itself. If an empty cell is selected, a new cell will be formed in it. If the cell selects itself, it will not expand. In the next iteration, the new cells follow the same process. Second, every color is predestined to consume another color if the two make contact. In other words, if Color A consumes Color B, whenever Color A's cells randomly select Color B's cells, that selected cell will be converted to Color A. Third, if the population of a color is below a certain threshold number, this color will randomly choose another color to consume (this chosen color may even be a color that no longer exists on the grid).

This project contains the sources for the simulation codes used within ESA's Planck mission (http://sci.esa.int/planck/)

This is a visual simulation of a ball bouncing on different planets of the solar system (including Earth's moon). The ball is thrown sideways from a height and it falls to the ground and bounces as dictated by the selected planet's acceleration due to gravity.