Search Results for "java framework"

Apache Dubbo is a high performance, lightweight, open source RPC framework written in Java. It offers three key functionalities: interface based remote call, load balancing and fault tolerance, and automatic service registration and discovery. Apache Dubbo is built to support multiple service registries and load balancing strategies right out of the box. Due to its micro-kernel and plugin design it can also be easily extended through third-party implementations. ...

Apache Dubbo is a high-performance, java based open source RPC framework. It offers six key functionalities, which include transparent interface based RPC, intelligent load balancing, automatic service registration and discovery, high extensibility, runtime traffic routing, and visualized service governance. Dubbo provides high performance interface based RPC, which is transparent to users.

Pop Framework (or Pop), http://www.popframework.net, is a bean-based MVC framework for Java/J2EE web applications. Pop implements IoC, Dependency Injection, and AOP. Pop provides annotations for users to define and reference a bean. Pop can help users to customize a bean, a scope, a factory and a reference in object-oriented way. Pop treats a bean as the model of a web page (JSP or servlet), the webpage itself is a view of the bean.

The project has moved to github https://github.com/EnFlexIT/AgentWorkbench Agent.GUI is a simulation framework and toolkit based on the JADE framework. It provides functionalities for time aspects, agent-environment interaction, visualization and load balancing, Furthermore, the included application focuses the usability for end users.

Cloudware is the software implementation of Cloudman, a peer-to-peer framework for gossip-based protocols. It includes services like peer sampling, aggregation, topology management, load-balancing, etc.

The Plugin Framework for Java is a distributed Plugin framework. It will enable users to write distributed application by just writing simple Plugins. It will come with Plugin clustering, central plugin registry and load balancing.

This project constitutes an implementation of a custom-design distributed computing environment. The implementation is based on a form of Nbody simulation, which ran successfully across 33 networked-hosts.

The underlayer is a symmetric decentralized parallel computing and load balancing framework, providing c, perl and java APIs for distributed job management.