Operators complain that a small group of users eats up most of the available network capacity.
Hence traffic engineering is a tool that can be used to ensure that the available network capacity is appropriately provisioned.
The available network resources get strained with increased usage levels, which results in poor service to the users.
A properly designed multimedia QoS system must reserve requested resources according to user QoS requirements and the available network resources.
The available network monitoring and management solutions are not only expensive but also difficult to use, configure and maintain.
Most of the available network descriptions model the fibres essentially as uni-axial elements, thereby not explicitly considering the role of the bonds.
Although the architecture is extensible enough to allow storage of digitized video on the database, the available network is not currently fast enough.
The problem has strategic decisions about the timing to construct stations and edges, and operational decisions on the available network at the periods.
Finally, a novel source rate adaptation mechanism is designed that takes into account the expected QoE in order to match the sending rate with the available network capacity.
In this mechanism all the available network metrics of the routes is converted into a single metric i.e. fuzzy cost or communication cost.
Network applications use standard application programming interfaces (APIs) that are provided by the underlying operating system to access the available network services.
