Search Results for "intel cpu simulator" - Page 3
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Showing 99 open source projects for "intel cpu simulator"
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flAVR
A simulator for Atmel's 8/16-bit AVR microcontrollers
flAVR is a simulator for the Atmel(tm) AVR(tm) microcontrollers written in C. The project aims to implement a cycle-accurate AVR CPU core simulator along with a range of peripherals, allowing firmware written for a variety of parts to be run on a host PC. In addition, flAVR provides enhanced interactive debugging functionality - featuring breakpoints, data watchpoints, execution tracebuffers, flash/RAM/EEPROM viewers, and run-time disassembler. -
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EasyPowoliX64
An assembler language emulator to lean it easily!
...EPX64 just have ten data registers and not any address registers! This assembler is simulating a modern 64-bit CPU (Central Processing Unit) with a low level and simple RAM (Random Access Memory) with a capacity of max 128 Kilobyte (131.072 Bytes). The memory is divided into 16.384 addresses with 64-bit memory cells (Long-Integer btw. Int64). -
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simple machine language simulator (smls)
simple machine language simulator
The simple machine language simulator (smls) is an interpreter of a simple assembly language (developed for CPU lessons), it can be used as a starting point to learn an assembly language or introduction to programming. The language is described in smls website and in http://courses.cs.vt.edu/csonline/MachineArchitecture/Lessons/CPU/Lesson.html -
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Microcode update notification
Small startup script that notifies update info about CPU micorcode
Even a CPU has a little firmware inside. Since a lot of years it is possible to update it to fix little or bigger bugs. Usually this operation is done while updating your motherboard's BIOS, and the update is permanent. But thanks to the architecture of the linux kernel, we can update it at the last version every time we boot our OS. This is a really fast operation brought to you by microcode.ctl (in Ubuntu), and it permits to avoid waiting for an updated closed-source BIOS to solve bugs; it downloads the last microcode for your Intel or AMD CPU every time you update your system, and it installs it on every OS startup. ... -
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Simple 8-bit Assembler Simulator
Simple 8-bit Assembler Simulator with Angular.js
A simulator that provides a simplified assembler syntax (based on NASM) and is simulating an x86-like CPU. Press Help inside the simulator to see an overview of the supported instructions. Make sure you have Grunt installed to compile the asmsimulator.js script. Run grunt to build the project. The simulator is written in JavaScript with Angular and runs on every device with a web browser. -
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Accelerated Feature Extraction Tool
A fast GPU accelerated feature extraction software for speech analysis
...The tool is a specially designed to process very large audio data sets. It uses GPU acceleration if compatible GPU available (CUDA as weel as OpenCL, NVIDIA, AMD, and Intel GPUs are supported). CPU SSE intrinsic instruction set is used in cases where no compatible GPU present. The output files are stored in HTK format. The software is developed at Department of Cybernetics at University of West Bohemia in Pilsen. -
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steam-sim
An accurate, scalable, and energy-aware simulator for WSNs
...Network behavior in terms of wireless channel models are provided by the PAWiS and the MiXiM framework. STEAM-Sim is an extension to the PAWiS and MiXiM framework. The underlying simulator is OMNeT++. Please see the corresponding documentation. I also ported the Contiki v2.6 operating system to STEAM-Sim, thus it is possible to run Contiki-based code in the simulation. -
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MICA-aligner
Next-generation sequencing short reads aligner based on Intel® MIC
Latest Code in GitHub: https://github.com/aquaskyline/MICA-aligner To better utilize MIC-enabled computers for NGS data analysis, we developed a new short-read aligner MICA that is optimized in view of MIC’s limitation and the extra parallelism inside each MIC core. Experiments on aligning 150bp paired-end reads show that MICA using one MIC board is ~4.85 times faster than the CPU-(multi-core)-based BWA-MEM and about the same speed as the GPU-based SOAP3-dp. Furthermore, MICA’s... -
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MXLib is a C++ wrapper around the Intel® Integrated Performance Primitives (IPP) library and NVidia NPP CUDA library. You can use either IPP code (or a subset of functions that do not require IPP) on the CPU side, or use NPP/CUDA on the GPU side, or use both together. The function syntax is similar to that found in MatLab and the library is designed to make it easy to port your code from MatLab to C++.
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Oh My Fan!
Keep your Mac away from heat!
Oh My Fan! is a very useful app. It allows you to adjust your fan speed to make your Intel Mac run cooler. Benefit Highlighting: * Run in background mode with the CPU temperature info diplayed in the menu bar. * Drag the pointer in dashboard to adjust the fan speed. * You can control the fan speed from within the menubar easily. * See the temperature values in either Celsius(℃) or Fahrenheit(℉). * You can choose whether the Oh My Fan! -
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x86 Emulation System
x86 Emulation System with CPU, Memory and integrated debugger
This project emulates an x86 system with an Intel like CPU and memory capable of loading and execute disassembled files. The integrated debugger allows to inspect the CPU, memory and stack contents. The objective is to use this system to discovery vulnerabilities in software. The code to be loaded and executed by this system is produced by ObjDump software utility. Other objectives of the system include visualization over the complexity of the executed code. ... -
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kernel-netbook
Kernel modded to optimize and support the a wide range of netbook's
The kernel-netbook is an unofficial kernel, modded to give the full hardware support to a wide range of netbooks with Intel Atom, in addition, it includes external drivers and firmware. This kernel optimized to be used on Debian/Ubuntu inside netbooks, and it also slightly reduces the time of the module-load in the boot process. The best feature of this kernel is maybe the optimization of the battery management through some kernel options. -
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APSim
APSim is a small powder/particle simulator game in Java.
APSim is simply a project started on 23 December 2010 that deals with creating a 3D simulation of particles, the particles being of certain materials included in the simulator. It strives to create an environment that is realistic, while also trying to achieve decent FPS. The particles in the game interact, creating reactions and new particles (of course it is very CPU consuming). The user is placed into a virtual environment, and has many tools at his/her disposal. Particles can be placed, removed, pushed, evaporated, dragged, attracted, etc. ... -
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dasm430
A disassembler and a simulator for the MSP430 CPU
A disassembler and a simulator for the MSP430 CPU. Both programs only read TI-TXT files. Licensed under the Simple Public License (SimPL) 2.0. For full license information, please read license.txt. Compiled executables are available for Windows and Mac OS X. Linux users will have to compile their own binaries. Instructions for compilation are included in README.txt. -
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acers3fand
Script which controls your Acer Aspire S3 Ultrabook fan speed
acers3fand is a script which controls your Acer Aspire S3 Ultrabook fan speed by cpu temperature. It is designed to work with Intel Core i5 CPU but might work with other cpus as well. -
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ppc_sim_booke
e500v2 simulator
An experimental ISS for freescale's e500v2 core. It is meant to simulate only cpu and memory subsystem and is purely intended for academic/learning purposes only. -
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BP (Bilinear Pairing)
library for Bilinear Pairing
A library encapsulating bilinear pairing computation and group computation in the cyclic groups G_1, G_2, G_T. The bilinear pairing is a bilinear, non-degenerate map between G_1 and G_2 to an element in G_T. The users can build complex pairing-based software by the Pairing library without much knowledge of elliptic curves or pairing or number theory. The library is smaller than 57 Kbytes, suitable for hand held devices. The size is only 3.7% of the size of the BPC... -
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iiitbaodv-gpu-aodv-IIIT Bangalore
AODV protocol for GPU
The project is implemented as part of the CS-110 operating system course at IIIT Bangalore 2013. Aodv protocol is implemented on GPU using CUDA 4.0. A significant gain in execution time is observed when compared to CPU. Thus a simulator which uses GPU can be built on similar lines of NS2 if all the protocols can be parallelized and implemented on GPU. Guide: Prof Shrisha Rao srao@iiitb.ac.in Prof Poonacha P G poonacha.pg@iiitb.ac.in Students: Abhilash C S abhilash.gowder@iiitb.org Abhishek Varshney abhishek.varshney@iiitb.org Dilip S dilip.s@iiitb.org Navik Yogesh Laljibhai navik.yogeshlaljibhai@iiitb.org Pradyot H Adavi pradyot.h.adavi@iiitb.org -
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aodv protocol on gpu IIIT Bangalore
Aodv protocol on gpu
The project is implemented as part of the CS-110 operating system course at IIIT Bangalore 2013. Aodv protocol is implemented on GPU using CUDA 4.0. A significant gain in execution time is observed when compared to CPU. Thus a simulator which uses GPU can be built on similar lines of NS2 if all the protocols can be parallelized and implemented on GPU. Guide: Prof Shrisha Rao srao@iiitb.ac.in Prof Poonacha P G poonacha.pg@iiitb.ac.in Students: Abhilash C S abhilash.gowder@iiitb.org Abhishek Varshney abhishek.varshney@iiitb.org Dilip S dilip.s@iiitb.org Navik Yogesh Laljibhai navik.yogeshlaljibhai@iiitb.org Pradyot H Adavi pradyot.h.adavi@iiitb.org -
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pincpt
A tool for checkpointing x86 architectural state
Pincpt is a tool for checkpointing architectural state of an x86 application. The checkpoints are human-readable and are intended to initialize a user-mode CPU performance simulator. Currently pincpt only works with 32-bit single-threaded applications. -
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sinestesia
Displays music using fractal flames and hardware acceleration (openCL)
This program takes audio input from microphone, you can redirect pc audio output using control panel on Windows or pavucontrol on Linux. Your computer needs to support openCL (is sufficient a modern gpu or a intel core cpu) Commands: F11 toggle fullscreen S toggle stroboscopic flash NUMBER [0 to 9] change number of symmetry axes -
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Pike
A wrapper tool for Cotson simulator
A wrapper for Cotson simulator, to automate the installation and simulations of multicore-multinode CPU model -
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These services will be available in the Services menu of all applications. They enable you to turn the dashboard off and on. Your open widgets still work when hidden and utilise memory&CPU. When turning on, widgets are exactly as they were before.
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clinfo - openCL INFOrmation Simple linux script that provides information regarding cpu-gpu components by querying devices and comparing them against known data. CPUs : Intel(>Netburst), GPUs : Amd (>3xxx), Nvidia(>8)