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traffic engineering

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A Scalable Heuristic for Hybrid IGP/MPLS Traffic Engineering - Case Study on an Operational Network: In current IP networks, a classical way to achieve traffic engineering is to optimise the link metrics. This operation cannot be done too often and can affect the route of a lot of traffic. Multiprotocol Label Switching MPLS opens new possibilities to address the limitations of IP systems concerning traffic...; Tags: MPLS, Network, IP, University Of Liege, Traffic Engineering, Network Technology, Networking; White papers 2008-01-01
MPLS Based Best Effort Traffic Engineering: The advent of Multi-Protocol Label Switching MPLS enables traffic engineering by introducing connection-oriented features of forwarding packets over arbitrary non-shortest paths. The goal of this research is to improve the network utilization for best effort traffic in IP networks. By examining the best effort traffic class, this paper assume the...; Tags: MPLS, Network, Effort Traffic, Traffic Engineering, Networking, Network Technology; White papers 2008-01-01
Traffic Engineering With Traditional IP Routing Protocols: Traffic engineering involves adapting the routing of traffic to the network conditions, with the joint goals of good user performance and efficient use of network resources. This paper describe an approach to intradomain traffic engineering that works within the existing deployed base of Interior Gateway Protocols IGPs, such as Open...; Tags: Network, Traffic, IP, Traffic Engineering, Networking; White papers 2008-01-01
MPLS Multicast Traffic Engineering: This paper defines first the multicast traffic engineering and studies after its particularity comparing to unicast traffic engineering. This paper studies merging multicast and MPLS. The paper presents a taxonomy of different MPLS proposals for multicast TE. The paper describes briefly the approach, the MPLS multicast tree MMT protocol which...; Tags: MPLS, Traffic Engineering, Network Technology, Networking; White papers 2007-01-01
Stable Egress Route Selection for Interdomain Traffic Engineering: Model and Analysis: This paper presents a general model of interdomain route selection to study interdomain traffic engineering. In this model, the routing of multiple destinations can be coordinated. Thus the model can capture general traffic engineering behaviors such as load balancing and link capacity constraints. The paper first identifies potential routing instability...; Tags: Model, Analysis, Traffic Engineering, Internet, VOIP, Network Technology, Telecommunications, Networking; White papers

Additional Resources

Traffic Engineering and Qos - An MPLS Perspective: Traffic Engineering can be thought of as the process of selecting the paths used by the data traffic in order to optimize resource utilization and traffic performance in the network. This paper is meant to be an introduction to the concepts of Traffic Engineering TE and Quality of Service Qos...; Tags: QoS, MPLS, MPLS-TE, Network Technology, Networking; White papers 2006-05-30
Understanding VoIP Packet Sizing and Traffic Engineering: This paper discusses service flows in more detail and outlines the modes that can be applied to a DOCSIS 1.1 QoS parameter set. Next, the paper addresses coder/decoders codecs that can be selected and how they affect actual data packet size and traffic rates. One of the foremost issues in...; Tags: Packet, VoIP, Cisco Systems Inc., Cable, Broadband Internet, Telecommunications, Personal Technology; White papers 2005-06-01
A Constrained Multipath Traffic Engineering Scheme for MPLS Networks: A traffic engineering problem consists of setting up paths between the edge nodes of the network to meet traffic demands while optimizing the network performance. It is known that total traffic throughput in a network, hence the resource utilization, can be maximized if the traffic demand is split over multiple...; Tags: MPLS, Traffic, Path, Traffic Engineering Problem, Engineering, Development Tools, Networking, Software Development, Software/Web Development; White papers 2008-01-01
Interface Split Routing for Finer-Grained Traffic Engineering: Legacy IP routing restricts the efficacy of traffic engineering solutions. This restriction stems from the constraint that traffic at a node must be uniformly split across all next-hop nodes corresponding to equal cost shortest paths to a destination. Proposals that alleviate this constraint either completely overhaul legacy IP routing, or...; Tags: IP, University Of California, Network Technology, Networking; White papers 2007-06-13
Multilayer Traffic Engineering in IP-Over-Optical Networks: Recent advances in optical networking technology have moved the state-of-the-art from manually installed fiber connections to fully automatic switched lightpaths. IP-over-Optical networks carry Internet traffic between IP routers, using lightpaths optical connections with multi Gbit/s bandwidth as transport method. Multilayer Traffic Engineering MTE in an IP-over-Optical network allows to leverage...; Tags: Optical Networking, Router, IP, Network Technology, Networking, Routers & Switches; White papers 2005-11-30
MATE: MPLS Adaptive Traffic Engineering: Destination-based forwarding in traditional IP routers has not been able to take full advantage of multiple paths that frequently exist in Internet Service Provider Networks. As a result, the networks may not operate efficiently, especially when the traffic patterns are dynamic. This paper describes a multipath adaptive traffic engineering mechanism,...; Tags: MPLS, Network, University Of Michigan, Networking, Network Technology; White papers 2008-01-01
Steer traffic across Cisco routers more efficiently with MPLS Traffic Engineering: This sample chapter, taken from MPLS Configuration on Cisco IOS Software, discusses applications and deployments associated with MPLS, such as traffic engineering TE. MPLS Traffic Engineering MPLS TE is a growing implementation in today's service provider networks. Learn about the components and the implementation of MPLS TE.This...; Tags: Cisco Router, Router, MPLS, Cisco Systems Inc., Network Technology, Networking; Book chapters 2005-11-21
Hitless Network Engineering of SONET Rings: Shrinking capital expenditure budgets are forcing telecom service providers to explore engineering tools that extract greater utilization from their existing transport infrastructure. This paper explores the challenges in engineering SONET rings to support higher traffic volumes. Unlike network design tools, engineering operations have to reconfigure live traffic and do so...; Tags: SONET, Network, SONET Ring, Network Design, Optical Networking, Fiber Optics, Networking, Telecommunications; White papers
Link-State Routing With Hop-by-Hop Forwarding Can Achieve Optimal Traffic Engineering: Link-state routing with hop-by-hop forwarding is widely used in the Internet today. The current versions of these protocols, like OSPF, split traffic evenly over shortest paths based on link weights. However, optimizing the link weights for OSPF to the offered traffic is an NP-hard problem, and even the best setting...; Tags: Princeton University, Traffic, Open Shortest Path First; White papers 2007-07-19
Cisco IP Solution Center Traffic-Engineering Management: MPLS has rapidly become an important technology for provisioning and managing core networks. One of the main reasons for this is its ability to support network convergence, allowing delay- and jitter-sensitive traffic (for example, voice) to be carried over the cost-effective infrastructure of IP networks. MPLS Traffic Engineering (MPLS-TE) provides...; Tags: MPLS, Network, Provisioning, IP, Cisco Systems Inc., Networking; White papers 2004-12-01
Utah Traffic (widget): Utah Traffic displays realtime feeds from traffic cameras in the Salt Lake area. Presented by www.trafficlab.utah.edu - a branch of the civil engineering department at the University of Utah. This version is the first release on CNET Download.com.; Tags: Daniel; Software downloads 2007-07-11
MPLST - MPLS Traffic Engineering and Other Features: View Available Dates and LocationsMPLST is recommended training for individuals seeking advanced MPLS-based knowledge and skills. Learn technology basics as well as some of the more updated features and functions such as Traffic Engineering, Carrier Supporting Carrier, and Any Transport over MPLS AToM. Focus on technology issues of MPLS from...; Tags: MPLS, Network Technology, Networking; Training 2008-01-01
Steer traffic across Cisco routers more efficiently with MPLS Traffic Engineering: MPLS Traffic Engineering MPLS TE is a growing implementation in today's service provider networks. Learn about the components and the implementation of MPLS TE.This sample chapter, taken from Cisco Press' MPLS Configuration on Cisco IOS Software, provides you with information on the operation and configuration of MPLS TE on Cisco...; Tags: Cisco IOS, Cisco IOS Software, Cisco Router, Cisco Systems Inc., MPLS, MPLS TE, MPLS Traffic Engineering, network, router, service provider, software; Download resources 2005-11-21
IP Bandwidth on Demand and Traffic Engineering Via Multi-Layer Transport Networks: This paper investigates the advantages of multi-layer methods of supplying moderate to high IP bandwidth either on demand for end users or for traffic engineering purposes over a shared, heterogeneous, wide area network infrastructure. In particular the paper shows how emerging data plane and control plane mechanisms can be combined...; Tags: Bandwidth, Network, IP, Grotto Networking, WANs, Network Technology, Networking; White papers 2006-10-24
The Value Engineering Process (zip): The Value Engineering Certification Course Workbook. This is the only online value engineering course approved by "SAVE International" for Mod I - Part I Certification. The course content is provided free to any accredited university, with a school of architecture or engineering, and for the private and governmental sector is...; Tags: Engineering, Quality, Business Operations; Software downloads 2007-11-21

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