Search Results for "multicore" - Page 3

...To reference this work: M.D. Grammatikakis, A. Papagrigoriou, P. Petrakis, and G. Kornaros, "Monitoring-aware VP prototypeof heterogeneous NoC-based multicore SoCs", Digital System Design Conf. (DSD), 2013, pp. 497-504. Available from http://doi.ieeecomputersociety.org/10.1109/DSD.2013.59 This research has been co-financed through the National Project Archimedes III and is co-financed by the EU project FP7-vIrtical.

...However, this implementation is lightweight compared to FFTW and should give better performance for non-power of two implementations compared to kissfft in a single core setting. The project is a work in progress and the To-Do list is considerably long, including an implementation with multicore/multithread support, real FFT support, multi-stride and multi-dimensional FFTs. Documentation Wiki - https://github.com/rafat/hsfft/wiki

SC-REX stands for "SCheduler for REconfigurable devices on linuX". It is a scheduler for heterogeneous multicore platforms where some cores can be dynamically reconfigured at run-time (e.g., VLIWs processors that can change issue width).

netcc is a IPv4/IPv6 and broadcast/multicast as well as TCP/SCTP based distributed compile utility for gcc that does work faster than distcc/icecc on multicore systems.

C to C translator and utilities for Multicore Processor

...It features multi-threaded batch image resizing, conversion, cropping, flipping/rotating, watermarks, decolorizing (grayscale, negative, sepia), and optimizing. The BMP, GIF, TIFF, JPEG, PNG, and EMF image types are supported. It is compatible with Linux MONO (only for GNOME and Xfce). Multicore processing is supported to increase performance. The quality for output when optimizing is variable. Color channels can be filtered. An internal benchmarking tool is available. Indexed pixel format images can be processed. You can process your images, publish pieces of your screens, files and send links to everyone you want to share it.

A wrapper for Cotson simulator, to automate the installation and simulations of multicore-multinode CPU model

Cacoj is a Creol language tool set to deploy active concurrent objects onto multicore technology. It provides a Creol to Java compiler to map asynchronous concurrent model of Creol into Java concurrent facilities.

A repository of Flash Builder IDE Actionscript 3.0 examples that utilize the Multicore Pure MVC Model view controller framework.

GridABM is an easy-to-use toolkit to develop high-performance agent-based models (ABMs) in Repast. GridABM facilitates large-scale simulation of ABM on multicore computers, local computing clusters, or computational grids.

PyMW is a Python module for parallel master-worker computing in a variety of environments. With the PyMW module, users can write a single program that scales from multicore machines to global computing platforms.

FreeOS/1 is a Free, Open Source, FreeDOS based Free and Open Source Alternative OS, with open source Microsoft Windows compatibility using HXDOSExtender KernelEx,and ReactOS source code. FreeOS/1 will include new technologies and will be easy to use

Giveme is a command line tool that converts files of various audio formats to the format of your inclination, converting multiple files at once, taking advantage of the increasing number of users with multicore computers.

There are a lot of create command line tools out there. But many of them are only using one core of a multicore system. With the parallel runner tools you can easyly start one application per core.

The intention of this project is to develop a library and framework which enables Java applications to use multicore processors. Several Ideas to help developers are as follows: Parallel For Work-Stealing Profiler for Parallel Applications ...

FMACJ is a parallelization framework for the .NET CLR that gives your applications multicore/cluster support by saying what should be parallelized via attributes. You do not have to think about threads and networks at all. FMACJ also runs on Mono.

Multicore SWARM (Software and Algorithms for Running on Multicore Processors) is an open source library for developing efficient and portable implementations that make use of multi-core processors. David A. Bader (Georgia Tech) began SWARM in 1994.

FUtuRes as Indispensable Abstraction - a framework for efficient execution of structural parallelism on multiprocessor/multicore platforms.