Open Source Python Distributed Computing Software - Page 2

isectd is a middleware daemon that provides many-to-many client-to-server connectivity. Supports multiplexing requests to multiple server processes over IP networks.

A lightweight, platform-neutral framework for decoupled communications. Development has moved to http://github.com/lwes/

Distributed Parallel Programming for Python! This package builds on traditional Python by enabling users to write distributed, parallel programs based on MPI message passing primitives. General python objects can be messaged between processors. Ru

MPY is an MPI implementation for Python using MPICH (or any other MPI implementation). MPY also provides helper functions for ease of programming, and a simple plug-in interface.

NetWorkSpaces, developed by Scientific Computing Associates Inc., provides a framework to coordinate programs written in Python, making it easier to write distributed applications.

OSE is a C++ library, with some Python wrappers, containing generic classes, as well as support for event driven systems, interprocess communications and a request/reply, publish/subscribe service agent framework with RPC over HTTP interface.

Framework for software component integration, interoperability and adoptability through a XML based vocabulary: Software Component Integration Mark-up Language (SCIML)

This is a system for scheduling the tasks in a heterogenous environment such as grid system .It will be a effective and extensible system.

AnimaGrid is a complete environment to enable 3D Animation Rendering over Grid of computing resources.

The goal of this project is to learn about and develop an AI. Current path is using a bot on AIM.

BURP aims to develop a publicly distributed system for rendering 3D animations over the Internet using CPU idle time.

Banshell is a tool to scriptably execute commands on a remote machine. It was designed with the goal of increasing security by only allowing a specified set of commands to be executed.

Bluesfield: An experimental distributed computing platform for the support of grassroots movements.

The main goal of this project is to develop a program that will utilize the embedded devices (which get more and more powerful) in order to form distributed systems. The first goal of the project is to develop a distributed system utilizing the XO laptop

A Workflow Management System for scientific environments written in C++ based on the Petri Nets formalism. It uses the Grid Workflow Description Language (GWorkflowDL) as reference language.

Cheshire3 is a fast Z39.50, SRW, XML search engine, written in Python for extensability and using C libraries for speed. Next generation of the Cheshire system (http://cheshire.berkeley.edu) and designed around a distributable, object oriented model.

Cloud Target is a front-end to the python scripts that google uses to create, run and upload projects to its App Server system. This .NET application is based on the OSX front-end provided by Google in the SDK.

DISTributed Adaptable Executable (DISTae) is a software layer that allows the portability of programs among different heterogeneous computing units and run the different parts of the code simultaneously in a distributed and heterogeneous environment.

Dispyte is an expendable, fault tolerant task scheduler which distributes computationally expensive tasks across a heterogeneous network.

Allows creation and manipulation of diskless Linux (and Unix) clients, using templated system configuration files to increase the flexability and compatability of this application.

Dcos is a distributed computing package for shells. That is it will take any arbitrary program and parallelize it across shell accounts with potentially restricted resources.

DPytHOS is a means for administrators of large networks to both monitor and manage the servers under their control. DPytHOS is implemented in python and uses a generic database back-end (with MySQL supported and MS-SQL 2000 supported via XML)

This project aims to build a full featured C++ (and possibly Python) library and associated tools which facilitate building Artificial Life simulations in a distributed environment.

Experiment Design and Administration for Computer Clusters. Latest source code on http://github.com/edacc

This work has as central objective the conception of an architecture for the information access from a Context Awareness Service of EXEHDA, from mobile devices. This architecture, named EXEHDA-AD, will be distributed with some software components dedicated to the integration with the EXEHDA services, and others to promote the functionalities to the users of mobile devices. Was selected the Android platform for the development of the mobile part of the EXEHDA-DA software architecture. In the text area there is a techinical report where is done the appropriation of the concepts referring to Ubiquous Computing and Context Awareness, being the same synthesized in this document. The central characteristics of the middleware EXEHDA were too revised. The EXEHDA-AD modeling was evaluated by prototyping, which presented satisfactory results, indicating positively by the continuity of the research efforts in this direction.