Search Results for "framework-arduinoststm32"

A C++ framework utilizing Design Patterns for creating Linux and Windows communications applications that contain Dialogic® products. Includes media and network classes (analog, digital, SIP, H323), multithreaded event handling, distributed app support.

MARF is a general cross-platform framework with a collection of algorithms for audio (voice, speech, and sound) and natural language text analysis and recognition along with sample applications (identification, NLP, etc.) of its use, implemented in Java.

A parallel-programming framework for concurrently running large numbers of small autonomous jobs, or microthreads, across multiple cores in a CPU or CPUs in a cluster. NeuraNEP emulates a distributed processing environment capable of handling millions of microthreads in parallel, for example running neural networks with millions of spiking cells. Microthreads are general processing elements that can also represent non-neural elements, such as cell populations, extracellular space, emulating...

CDs can be thought of as a mechanism to support fine-grained, hierarchical, application-directed, uncoordinated checkpoint and restore. Containment Domains (CDs) were created to allow an application to recover in the face of various types of component failures, including hard (e.g. persistent) and soft (e.g. transient) hardware failures, transient software failures, and complete node failures.

IIOP.NET allows a seamless interoperation between .NET, CORBA and J2EE distributed objects. This is done by incorporating CORBA/IIOP support into .NET, leveraging the remoting framework.

Development and support of OCFA have been discontinued. the code has moved to these github repositories: https://github.com/DNPA/OcfaLib https://github.com/DNPA/OcfaArch https://github.com/DNPA/OcfaJavaLib https://github.com/DNPA/OcfaModules https://github.com/DNPA/OcfaDoc If you are interested in contributing to ongoing work on the creation of a community maintained OCFA inspired computer forensic framework, please join the Mattock/MattockFS community page on G+: https...

This project provide an easy to deploy service oriented task-scheduling architecture capable to achieve a fault-tolerant job execution on dynamics networks. The system use: - A robust Job scheduler: Quartz Enterprise scheduler (for more info see http://www.quartz-scheduler.org) - A framework to build reliable dynamic distributed systems: Apache River framework (for more info see http://river.apache.org)

WOSH is a multi-platform message-oriented middleware written in ANSI C++. Service oriented architecture, designed for network distributed computing. Already working: Audio multimedia, X10, remote control (WinMobile, GTalk) and much more..

RedDwarf is a horizontally scalable application server for low latency apps such as online games, virtual worlds, and social networking applications. It is the official community fork for Project Darkstar, previously sponsored by Sun Microsystems.

The STEP Framework is a multi-layer Java enterprise application framework with support for Web Applications (Servlet/JSP) and Web Services.

Channel is a C++ framework for distributed message passing and event dispatching, configurable with its components (msg ids,routing algorithms...) as template parameters. As a namespace shared by peer threads, channel supports scope control and filtering

Hotpotato is a Java based distributed processing client-server framework

Jgroup/ARM is a replication framework that supports group method invocations, hides replication from the clients, and partitioning in distributed systems. In addition, the replication management facility supports autonomous replica deployment and recovery

My application is a Grid Computing application that interfaces POV-Ray (http://www.povray.org/) with the framework JPPF (http://www.jppf.org) . With my JppfPov you can use the potentialities of a grid computing network to make rendering task.

WBEM-based framework for managing providers to produce information according to the OGF GLUE 2.0 information model and to render them in different formats (e.g., XML, LDAP).

A light-weight component model and services framework providing enterprise quality services.

Alternative implementation of Spring framework remoting subsystem that supports different schemes of remote communication between client and server (1-1, 1-many, dynamic services discovering).

A framework for building, deploying and managing well-described REST-ful Web services, including REST-ful Web Services realizations for RSS, XML Topic Maps, Structured Arguments, and Workflow.

GridBlocks builds a grid application framework via easy-to-use building blocks in distributed environment. The framework offers components for Grid security, distributed storage, computing, and Portlet web interfaces.

Aracnis is a Java based framework for building distributed web spiders. These spiders can be used to accomplish a variety of tasks, for example, screen-scraping and link integrity checking.

C++ Widget Library for CGI/FastCGI applications based on Ajax. Test cases for Tomcat Server and XDAQ framework are available. Widgets included: Tab,Form,Button,Tree,LayoutContainer,Frame,Table,Dialog,FishEyeMenu,EventHandler, etc.

OpenRDS (Open Requisition Distribution System) is a framework written in Java/RMI conceived for making requisition-based distributed systems (clustering) easy to develop/manage. It's design emphasizes robustness, simplicity and scalability.

The Simple Light-weight Infrastructure for Network Computing (SLINC) is a framework for developing Public Resource Computing (PRC) projects. The main goal of SLINC is to make the PRC project development process as easy and flexible as possible.

RealPeer is a Java framework for the simulation-based development of P2P systems. Utilising this framework a developer can build a P2P application that can be both: executed as a simulation model and as a real P2P application on a real network.

an integration framework for UML and MOF case tools based on Jini and SOAP. It exchanges models from ArgoUML, Poseidon, Rose, etc. as XMI (UML stored in XML), checks them and generates code. New services simply plug in and can be shared world-wide.