Search Results for "system dynamics simulator"

gpsim is an open sourced simulator for Microchip's PIC microcontrollers. It supports all three families of PICs: 12-bit, 14-bit, and 16-bit cores. See also gputils http://gputils.sourceforge.net/

Build, Design and Test your network in a risk-free virtual environment and access the largest networking community to help. Whether you are studying for your first networking exam or building out a state-wide telecommunications network, GNS3 offers an easy way to design and build networks of any size without the need for hardware.

SIMH is a highly portable, multi-system simulator. This was a CVS source code server for the project. It has not been updated, and SourceForge does not have commit access to CVS anymore. Please see the new project here: https://github.com/open-simh/simh

Softgun is an embedded system simulator. It is Intended to help developers of embedded systems without real Hardware. It can simulate ARM9, Atmel AVR, and Renesas R8C/M16C/M32C/RX CPU's. It runs on Linux hosts. With some restrictions it runs on Cygwin and FreeBSD.

FastSim consists of: - 'Facile' a highly flexible and expressive processor-architecture specification-language. - A compiler for the specifications which produces high-performance, fast-forwarding simulators.

*** This repository has been migrated here: https://gitlab.com/dps8m/dps8m *** "Multics rulez, UNIX droolz" Multics lives.... we did it! If you are interested in running your own Multics system see the wiki here: https://multics-wiki.swenson.org/index.php. If you are interested the DPS8M emulator, read on. !!!! Please read disclaimers in our Wiki, Files or GIT sections before downloading anything from this project FLASH! * FLASH! * FLASH! * FLASH! * FLASH! Please see wiki for latest news! 2015-11-05: The Ritter Park RCC Multics installation was "[T]aken down after a month of uptime." 2017-03-07: The DPS8M Development Team released Multics Release MR12.6f. 2017-07-08: Announcing v1.0 The purpose of this project is to create a simulator reproducing in sufficient detail the function and capabilities of the Honeywell/Bull dps-8/m processor with the ultimate goal of resurrecting Multi

Tiny8051 is small 8051 microcontroller simulator written in C#. Project was created for educational purposes, to show how µP works by using clean visual interface and debugging. Note: communication over serial port was not implemented, because there was no demand for it.

Development of software emulator for BESM-6, old soviet mainframe. This project has been split and moved to: https://github.com/besm6/simh - BESM-6 simulator https://github.com/besm6/dispak - DISPAK simulator https://github.com/besm6/besm6-archive - disk images https://besm6.github.io/ - examples, DISPAK sources and KRAB sources

SkyEye is a very fast full system simulator which takes llvm as IR of dynmic compiled framework.. It can simulate series ARM, Coldfire,Mips, Powerpc, Sparc, x86, TI DSP and Blackfin DSP Processor. Also can simulate multicore system by the multicore of host. The commercial support is provided by DigiProto Co. (http://www.digiproto.com)

ArduSim provides API level simulation of an Arduino. Arduino sketches can be run and debugged on PC with no modification. ArduGate is a sub-project of ArduSim. The agent sketch is shared.

MILE is a user-friendly MIPS simulator. It offers users a GUI in which they can develop and run programs written in MIPS assembly language. It is intended to be used as an instructional tool. MILE is still in early development. It lucks certain features and functionality. Please be patient until the beta version is released.

A modest extension to C, XMTC allows representing parallel (PRAM) algorithms as parallel programs, and run XMTC code using a compiler and cycle accurate simulator of the University of Maryland explicit multi-threaded (XMT) many-core architecture.

Castadiva is a test bed based on low-cost off-the-shelf devices, which is used to test protocols developed for MANETs. Castadiva is completely compatible with the file format used by the ns-2 simulator.

A wrapper for the Aerowinx 744 Precision Simulator (http://aerowinx.com, also known as "PS1", a DOS flight sim) that executes the sim without emulators, and extends its functionality with advanced audio, input device and network capabilities.

The MDK provides a simulator of D. Knuth's MIX computer, and a development environment to write, run and debug MIXAL programs on it.

Admulator is a simulator of ADM5120 Soc chip.

SIM-MPI is a trace-driven simulator which can be used for performance prediction of large scale parallel program based on MPI library. SIM-MPI is based on Lo2gGP model which can capture the software overhead in high level communication library.

SimBCM is a simulator of MIPS dual-core cpu BCM1250 of broadcom.

An emulator for an educational CPU (P3) used in a Computer Architecture (AC) course in IST (a University in Lisbon, Portugal). The CPU is only theoritical and has a software simulator already implemented. Purpose: final AC project testing and evaluation.

A cross-platform simulator for embedded systems, with a plug-in architecture for adding microcontrollers and other devices. Written in C for maximum compatibilty and speed. Currently has support for AVR AT90S8515 and ATmega128.

A Zilog Z80 simulator, debugger and profiler tailored for ZX Spectrum development (but generic enough to be used with other platforms)

A simulator for the CPU used in the CRAY YMP-EL 92, intended to become a full-scale CRAY emulator.

GNUDE is a complete suite of GNU C, C++, Fortran, and Java Cross Compilers, and the GDB CPU Simulator and Debugger for embedded microprocessor applications development. Targets development for ARM7, ARM9, and XScale applications.

Simulator of massively parallel computer cluster with minimal nodes. Loosely based around available information regarding Chuck Moore's c18/25x core/chip designs. Machine Forth based MISC NOSC nodes, mesh interconnection.

This is a simulator for the SMIS research MRI consoles. It executes compiled pulse sequences, and emulates the MR3040/50, MR3031, and RF cards. If you have an SMIS scanner, you will find this a useful pulse sequence development aid.