Open Source Simulation Software - Page 75

The Shapefile2Bin project aim to convert a real map (real city) in Shape format (ArgGIS format) to Bin format (Robocup Rescue format). The map after converted is used for Robocup Rescue Simulator (see more at: Robocup Rescue Simulation Project at SF.net)

a shared memory allocator that provides a simple interface for named shared memory segments; shared memory between any processes; provides shared memory queues; does not use the same address between processes; fast structured arena file scales well

art project to simulate the mystical world of the ShavenGods. get the big picture on: http://derweisseshaiistgut.blogspot.com/

Shawn is a discrete event simulator for large wireless sensor networks. It does not compete with others well-known simulators by simulating individual ISO layers and the protocols within these layers. Shawn emerged from a more algorithmic approach. THE PROJECT HAS BEEN MIGRATED TO GITHUB: https://github.com/itm/shawn

Проектировщик кораблей

ShoX is a scalable simulator for wireless networks written in Java. It is easy to install, configure and use, so that reliable and expressive scientific results can be gathered in a short time. Documentation: http://sourceforge.net/apps/mediawiki/shox

Calculates Shockley-Read-Hall recombination in semiconductors with 2 defect levels in dependence on photo generation rate. The program runs within MATLAB programming environment version 6.5.0 release 13 or newer offering a Graphical User Interface (GUI).

Pseudo-Random Number Generation library for GPGPU

SiGeM is a Memory Management Software Simulator developed by Padua University's students. This software's goal is to show how processes can use memory pages, with a lot of scheduling policy provided by user configuration, in a multi-programmed system.

Siafu simulates individual agents and their context, from home to city-wide scenarios. As a developer, you use the API to write your simulation for the purposes of data-set generation, test or visualization, optionally hooking it to your own application.

These classes are useful for signal processing in Matlab or C++. They bring together tools and methods which may be used interchangeably for Matlab and C++. Their initial use is in conjunction with work towards my degree at UC Berkeley.

The objective of SPUC is to provide the Digital Communications Systems Designer or DSP Algorithm designer with simple, efficient and reusable DSP building block objects written in C++.

easySP is a Graphical application that allow learn signal processing easiest. Students can play with the parameter of each module to understand for example how works a digital filter. easySP also permits the addition of new modules by a xml plugin.

It is an simulator for electronic scheme. It work in command line and open kicad netlist.

SimAssem is a tool for investigating the performances of species richness estimators across widely ranging assemblages and survey designs. Assemblages are simulated by specifying the: 1) number of species, 2) total abundance of individuals, 3) abundance distribution, 4) spatial configuration, 5) species detection probabilities, 6) survey design, and 7) number of grid cells to survey (out of a square grid comprised of 10,000 cells). SimAssem also processes existing encounter data and formats existing and simulated encounter data for other programs. SimAssem, along with the open source code, will hopefully give researchers and managers a tool for assessing the development of new estimators and evaluating potential decisions in a simulated environment. More information on SimAssem is given in Chapter 2, 'SimAssem: a program for simulating species assemblages and estimating species richness', in the dissertation 'Simulating species assemblages and evaluating species richness estimators'.

OdeJava based robotics simulation

Simcas is a simple and very flexible analog simulator. SimCAS uses symbolic equations to define components and solves the net system by using a "Computer Algebra System" algorithm.

Try to simulate cloth in real world. It is very simple.

Object-oriented simulation-ready database simultaneously supports Java and C# APIs. Fully-transactional. Uses time-stamps and user ID to track all changes. Supports objects with properties whose values change in time under complex patterns.

SimED is a user-friendly Differential Equation simulation software. It can integrate numerically ODEs (Ordinary Differential Equations) using several methods, plot time and phase-space diagrams for variables, and interactively choose initial conditions.

SimFoam is analysis software, developed originally in LMSPC laboratory. Based on the main morphological parameters of cellular materials (or open cell foam), it allows to estimate rapidly the transport property of porous media.

SimForge is a web-based Agent Based Model of an Open Source Ecosystem implemented in Python with Django. Developers act on randomly drawn preferences to create, collaborate, and use software.

SimIS presents an agent-based simulation environment from multiagent research to simulate Internet-of-Services systems. The simulation environment bases on Repast Simphony 1.2 (http://repast.sourceforge.net/).

Fast instruction-set simulators for MIPS32. Includes an interpreter, static-compiled simulator builder, and a dynamic-compiled simulator that optionally uses multiprocessing. Runs statically-linked binary from cross-gcc. Supports GDB remote debugging.

This project has adopted a parser for the output of SimIt-ARM's sema_count program. It is useful to get statistically relevant information from the output of a batch run of the simulator.