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RSS teTechnical White Paper for MPLS TE Fast Reroute
White Paper MPLS TE fast reroute (MPLS TE FRR) technology is a technology realizing the partial protection of network. In the network adopting MPLS TE, when link or node gets invalid in a place, LSP... [01 Oct 2008]
Technical White Paper for MPLS TE Switching Solution
White Paper Owing to numerous merits such as fast protection and end-to-end bandwidth guarantee, MPLS TE is recognized by more and more users. However, the expandability problem exists for end-to-end full mesh deployment since the... [01 Oct 2008]
Technical White Paper for LSP Manager
White Paper This paper introduces the critical technology and typical application of LSP Manager solution for network engineer and network administrator, who must have basic knowledge of MPLS and MPLS TE as well as the IP network... [01 Oct 2008]
MPLS-TE Routing: Adopting a Generic Architecture and Evaluating Various Implementation Approaches
White Paper Various Multi-Protocol Label Switching-Traffic Engineering (MPLS-TE) Routing Systems have been proposed in the literature to achieve optimization of resources utilization, Quality-of-Service (QoS) and Fast Recovery. [11 Sep 2008]
Reliable Mobile Backhaul Packet Transport Using PBB-TE and T-MPLS
White Paper Mobile data services are expected to be a significant revenue generator for mobile operators in the future. However, when this will happen and to what extent is unknown. This presents mobile operators with a dilemma: how to prepare for... [11 Sep 2008]
Optimal Policy for LSP Control in MPLS Networks
White Paper One of the most notable applications of MPLS is Traffic Engineering (TE), since LSPs can be considered as virtual traffic trunks that carry flow aggregates generated by packet classification. In nowadays there is a very... [11 Sep 2008]
Network Virtualization in High-Speed Huge-Bandwidth Optical Circuit Switching Network
White Paper The paper developed a prototype-system of traffic engineering server called "IP Optical TE server" to demonstrate the proof-of-concept on the testbed consisting of commercial GMPLS routers and optical transport node system. [11 Sep 2008]
End-to-End Optimal Algorithms for Integrated QoS, Traffic Engineering, and Failure Recovery
White Paper This paper addresses the problem of optimal Quality of Service (QoS), Traffic Engineering (TE) and Failure Recovery (FR) in Computer Networks by introducing novel algorithms that only use source inferrable information. [04 Aug 2008]
Understanding the Interaction Between Overlay Routing and Traffic Engineering
White Paper This paper studies the interaction between overlay routing and MultiProtocol Label Switching (MPLS) Traffic Engineering (TE) in a single Autonomous System (AS). This interaction is formulated as a two-player... [18 Jul 2008]
VFMAs, Virtual-Flow Multipath Algorithms for MPLS
White Paper This paper deals with IP Traffic Engineering (TE) for multipath selection in MPLS networks. A centralized and a distributed routing algorithms are proposed, which aggregate IP flows entering the MPLS domain, and... [18 Jul 2008]
A Comparison of Multiprotocol Label Switching (MPLS) Traffic-Engineering Initiatives
White Paper The similarities and differences between Constrained-based Label Distribution Protocol (CR - LDP) and Traffic Engineering (TE) - resource reservation protocol (RSVP) are discussed in detail. It is becoming increasingly... [18 Jul 2008]
Local Recovery Solutions From Multi-Link Failures in MPLS-TE Networks With Probable Failure Patterns
White Paper MPLS TE Fast Reroute proposes a local protection mechanism to quickly reroute protected TE LSPs onto pre-computed and signaled bypass tunnels. This paper explores the case of multiple network element... [11 Jul 2008]
Performance Analysis of MPLS TE Queues for QoS Routing
White Paper In order to maximize network resources, Multi-Protocol Label Switching (MPLS) Traffic Engineering (TE) is used in IP networks so that traffic can be routed on a path which may not be chosen by a standard routing method. [11 Jul 2008]
On the Interaction Between Overlay Routing and Underlay Routing
White Paper This paper studies the interaction between overlay routing and Traffic Engineering (TE) in a single Autonomous System (AS). This interaction is formulated as a two-player non-cooperative non-zero sum game, where the... [11 Jul 2008]
Improving Load Balancing With Multipath Routing
White Paper This paper describe the original Incoming Interface Multipath Routing technique, DT(p), then it present a scheme for load balancing, DT(p)-TE, based on link monitoring. Internet service providers have to provision... [10 Jul 2008]
