Sentence examples for differentiated traffic from inspiring English sources

With the development of next-generation convergence networks, the Internet needs to support new network architecture and session management methods that can support various applications requiring differentiated traffic processing and high quality of services, instead of the conventional best-effort service.

In this paper, we provide a new efficient strategy for loop detection in Multi-protocol Label Switching (MPLS) for wireless networks MPLS is a novel wireless networking topology that can be used to provide differentiated service, traffic engineering and quality of service in wireless networks.

A relative model of service differentiation in Differentiated Services architecture is a scalable solution for delivering multimedia traffic.

However, these high-performance networks do not usually offer differentiated support for multimedia traffic.

EDCA provides differentiated services among different traffic classes, but cannot provide the guaranteed throughputs and bounded delays.

This protocol provides differentiated service to each traffic class through dynamic adjustment of contention window (CW) size for each class.

Multiple service levels are used in order to provide differentiated services and prioritize traffic requiring high-level QoS.

Based on our designed architecture, we also propose a centralized traffic-differentiated routing (TDR) executed in each cluster, which aims to guarantee the specific QoS requirements of delay-sensitive and reliability-requisite services.

This way, traffic can be differentiated and QoS can be supported.

On the other hand, the QoS mechanisms enable the network operator to manage the effects of congestion on application performances as well as to provide differentiated services to selected network traffic flows or to selected users.

In this paper, we present a fast, distributed, PU temporal-activity-estimation-aided spectrum assignment scheme for a multi-channel DSA system, including several multi-interface capable SUs with traffic demands at differentiated QoS levels.