Projects tagged ‘loadbalance’

eBox Platform is a unified network server that offers easy and efficient network administration for SMBs, being the open source alternative to Windows Server. eBox Platform can be set up as a ... [More] Gateway, an Infrastructure Manager, a Unified Threat Manager, an Office Server, a Unified Communication Server or a combination of them. These functionalities are tightly integrated, automating most tasks and saving time for system administrators. The company behind eBox Platform, eBox Technologies (www.ebox-technologies.com), offers commercial services such as deployment, support, managed services and training based on eBox Platform. [Less]

SimScale provides a method for managing multiple virtualization platforms, including Xen, OpenVZ and VMWare. It provides a means for automating the process of building and managing virtual machines. ... [More] So for example, as an entity that requires a large number of test systems to be created to simulate load, Simscale can be used to create, start, run a testing application and destroy all instances that were created once the testing is complete. SimScale can also be used to manage clusters of machines. By allowing multiple instances of a virtual machine to be created and deployed, SimScale facilitates load-balanced deployments. SimScale can also be used to sell automatically provisioned services to customers, once a SOAP client has been hooked into the billing system action queue. SimScale uses Java for server-side and provisioning management. [Less]

Welcome to the Rector projectRector is a Java based J2EE suite specifically designed for managing XEN, EC2 and ESX virtual clusters. Rector supports: Provisioning Fail over Migration Monitoring

This project aims to develop a support for granting QoS in a Presence Service under the IMS framework by using LoadBalacing. Its well known that IMS framework use the SIP protocol to build sessions ... [More] between User Agents. In front of heavy loading on the S-CSCF entity, we want solve this problem exploring the replication of the S-CSCF server to build an efficient Presence Service. Publish and Notify methods may sometime overload the system because the UAs registration are distribuited over several S-CSCF with their own HSS. So the replication of several S-CSCF may be the cause of an explosion of Publish and Notifiy messages over the network. We are exploring in an architecture that may permit to build an efficient and scalable Presence Service over the IMS framework. In this former scenario we make the assumption that we are working in a single domain. Future works can be aimed to investigate over multiple domain optimization problems. In this project we are thinking to use the OpenSIPS server (http://www.opensips.org) to build the P-CSCF, S-CSCF and Presence Service. [Less]