|
|
 |
To enable dynamic end to
end QoS provisioning in IP networks for QoS sensitive applications
|
|
To continuously analyze
customer requirements and market situations and to create applicable
business plans |
|
To design a
cost-effective, scalable and backward compatible QoS architecture
enhancing the Differentiated Services architecture with dynamic resource
and admission control |
|
To enable migration to
and deployment of QoS-enabled networks |
|
To develop a novel
resource control layer extending Bandwidth Broker functionality |
|
To implement prototypes
of the QoS architecture as well as QoS based end user services |
|
To provide a toolkit for
migration of end user applications to QoS To create tools for QoS
monitoring and management |
|
To develop and integrate
a distributed QoS measurement infrastructure |
|
To validate the
architecture in testbeds and user trials |
|
To contribute to
standardization bodies like IETF, ITU, OMG |
|
To keep the project open
for new concepts and recent developments |