Search Results for "linux operating systems" - Page 4

An opensource implementation of JavaSpaces

WSNFuse provides an abstraction layer for wireless sensor networks, allowing to expose one or many WSNs by means of different access technologies(e.g.: filesystem, JMS, RMI, Smart-Spaces, etc.).Its plugin-based architecture allow users to develop and adopt thei own plugins and configure WSN fuse to better suit their needs. This project has been partially supported by the CHIRON EU research project co-financed by the artemis joint undertaking (http://www.chiron-project.eu/) .

Project provides a set of concurrent building blocks (Java & C/C++) that can be used to develop parallel/multi-threaded applications. Components are grouped into 4 categories: 1.Data Structures 2. Parallel Patterns 3.Parallel functions 4.Atomics and STM

Jadabs is a dynamic lightweight container for small devices in a distributed environment. Many distributed infrastructures exists so fare like Jini, Jxta, Messaging Systems, etc. All of them lack so fare the possibility to be run on small devices.

This project is aimed at providing (open) software to support pure virtual interface for Linux Kernel. All Linux networking functionality will be supported on these interfaces. For Release 1.1 1) Adds support for connectivity between the vnics of two different systems by way of creating overlays. (VXLAN style) 2) On a virtual environment it can either run on hypervisor or inside a VM (as applicable). - Dipjyoti Saikia (Developer/Admin) <dipjyoti.saikia@gmail.com>

[ Design and Implementation of the Singhal token based mutual exclusion algorithm in kernel-space of FreeBSD ] | Data & Network Security Lab (DNSL) | Room 501, Floor 5, | Department of Computer Engineering | Sharif University of Technology | Azadi Ave., Tehran, Iran Vahid Khodabakhshi <vkhodabakhshi@ce.sharif.edu> Vahid Ranjbar <vranjbar@ce.sharif.edu> Also see the Acknowledgement file Please send bugs to our e-mail

Trieste is a distributed file system aimed to be adaptable via policies.

Jari OS is a real-time microkernel operating system which runs in terms of multi-service architecture. Core system consists of its own microkernel μString, core and system services, set of device drivers launched as trusted services.

The Open Pervasive Computing Environment facilitates the creation of distributed context-sensitive systems (inc. embedded). It provides a number of frameworks for creating complex event processing systems driving the development of ubiquitous technology.

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)

U-tube monitors the memory usage of each VM to detect its memory pressure, and periodically adjusts its memory allocation via memory hotplug. It is implemented as a loadable device driver to coordinate guest OS’ MMU with underlying hypervisor. In contrast to the popular ballooning mechanism, memory hotplug can dynamically expand a guest OS’s physical memory space beyond its maximum configured at booting time.

XDAQ is a software platform designed specifically for the development of distributed data acquisition systems. The development is carried out at CERN, the European Organization for Nuclear Research. Please visit http://xdaq.web.cern.ch

TeenyLime is a middleware simplifying the development of wireless sensor networks applications. The foundation for TeenyLime is the notion of tuple space, a repository of elementary sequences of typed fields, called tuples.

Soutei is a trust-management system for access control in distributed systems. Soutei policies and credentials are written in a declarative logic-based language. Soutei policies are modular, concise, readable, supporting conditional delegation.

Identity and service provisioning software component allows service developers to automate the creation, modification and deletion of users' identity and service subscription information on multiple disparate identity stores.

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..

GridSAM provides a job submission open standards based web service for submitting computational jobs to many commonly used distributed resource management systems.

BOINC Echo is an android application for tracking user data/credits over different BOINC projects.

Aladdin is a dynamically extensible context acquisition and modeling framework designed for resource constrained mobile devices. Aladdin was created by Darren Carlson (http://dcarlson.info) and is currently being extended to support OSGi and Android.

The project is an interface to interact with the system Condor. It runs above that system and its funtionality is make the interaction easier with it.

breve is a free, open-source 3D multi-agent simulation package designed for simulating decentralized systems and artificial life.

Out of the box JMX based management for J2EE systems. Comes with basic monitoring and event handling services, dynamic MBean proxy generation, and P2P JMX networking that can be customized and extended.

A framework to support dynamic adaptation behavior in Java EE enterprise systems and to develop self-managing applications. StarMX utilizes JMX features and can be integrated with different policy/rule engines to enable self-management capabilities.

GridSim allows modeling and simulation of entities in parallel and distributed computing systems such as users, applications, resources, and resource brokers/schedulers for design and evaluation of scheduling algorithms. http://www.gridbus.org/gridsim

HadoopDB is a hybrid of parallel database and MapReduce technologies. It approaches parallel databases in performance and efficiency, yet still yields the scalability, fault tolerance, and flexibility of MapReduce systems.