Sentence examples for multimedia access networks from inspiring English sources

In this article, the Knowledge Plane is presented as an autonomic layer that optimizes the QoE in multimedia access networks from the service originator to the user.

The generic context-aware platform with semantic publish/subscribe mechanism presented in this paper has already been applied to several autonomic network management scenarios such as the management of a multimedia access network and the management of a cloud data center [ 59].

Among the many multimedia services that offer universal multimedia access on heterogeneous networks include videoconferencing, distance learning, and video on demand [1 4].

One of the goals for system design is to provide efficient solutions for adaptive multimedia transmission over different access networks in all-IP environment.

We analyze the capacity of ultra-wide band (UWB) wireless access networks supporting multimedia services by calculating the number of multimedia connections that can be supported in a UWB access network with IEEE 802.15.3 Medium Access Control MACC) protocol, considering the overheads from different layers.

It is, thus, necessary to support such multimedia applications in widespread broadband access networks such as IEEE 802.11 Wireless Local Area Networks (WLANs) [2, 3].

PacketCable [6] is introduced and standardized by CableLab to provide IP multimedia services over HFC (Hybrid Fiber Coax) access networks.

As a consequence, broadband access networks play an important role for multimedia applications.

IP Multimedia Subsystem (IMS) introduces important advantages for users of LTE-femtocell heterogeneous access networks.

Recent advances in wireless access networks provide a promising solution for the delivery of multimedia services to end-user premises.

The popularity of multimedia streaming on the Internet, combined with the growing deployment of wireless access networks, augurs the converging usage of these two technologies in the not-too-distant future.