layer traffic engineering
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Multicast Traffic Aggregation in MPLS-Based VPN Networks
White Paper This sort of traffic engineering mechanism requires methods to estimate the resources required for to set up a multicast shared tree for a set of VPN networks. This paper gives an overview of the current... [01 Oct 2008]
Data Mining for Managing Intrinsic Quality of Service in MPLS
White Paper Nowadays traffic engineering is an essential ingredient for guaranteeing QoS and for efficient or cost effective resource utilization, design and operation of IP networks. MPLS uses short, fixed-length... [11 Sep 2008]
MPLS-Based Layer 2 Virtual Private Networks
White Paper In an MPLS-based Layer 2 solution, the service provider, maintain and manage a single MPLS-based network on which one can additionally run standard best-effort IP, Layer 3 VPNs, traffic... [11 Sep 2008]
Why Multiprotocol Label Switching (MPLS) Should Be Used in IP-Based Networks
White Paper The demand for multimedia applications along with rapid growth, the need for quality of service, reliability, efficiency and security have made traffic engineering an essential consideration in the... [11 Jul 2008]
IPsec/VPN Security Policy Engineering: Automatic Generation and Conflict Detection
White Paper IPsec is a useful IP layer security protocol which can provide authentication and encryption for end-to-end traffic flow, but configuring IPsec VPN tunnels is notoriously complicated because it has so... [10 Jul 2008]
Exploring the Trade-Off Between Label Size and Stack Depth in MPLS Routing
White Paper Multiprotocol Label Switching or MPLS technology is being increasingly deployed by several of the largest Internet service providers to solve problems such as traffic engineering and to offer IP services... [10 Jul 2008]
A Proposed Architecture for Integrating Active Networks and MPLS
White Paper Multiprotocol Label Switching (MPLS) was originally intended as a fast switching technique for core networks, but proved to be very useful for providing traffic engineering and QoS Routing capabilities... [10 Jul 2008]
QoS Implementation for MPLS Based Wireless Networks
White Paper Mulitprotocol Label Switching (MPLS) is a newer technology that offers service integration, layer 2 switching and connection orientedness, that allows traffic engineering control... [10 Jul 2008]
Network Convergence Over MPLS
White Paper MPLS traffic engineering, quality of service support (in combination with DiffServ), and fast restoration capabilities can be used to provide each service with strict Service-Level Agreements (SLAs) in a... [10 Jul 2008]
Quality of Service Smart" Core Networks
White Paper Traffic engineering, as provided by Alcatel's off-line TE tool enables service providers to optimize the network resources and enable fast restoration. Indeed, many service providers are looking at ATM... [03 Jul 2008]
Using IPSec to Construct Secure Virtual Private Networks
White Paper Within the Internet Engineering Task Force (IETF), the IP Security (IPSec) working group has developed a framework for network layer security. IPSec is a flexible framework for providing network... [03 Jul 2008]
On the Development of IETF-Based Network Monitoring Probes for High Speed Networks
White Paper In the recent years network managers have increasingly relied on monitoring tools to characterize and measure high-layer protocol traffic in order to justify investments on network equipment acquisition,... [05 Mar 2008]
HVPLS - Scaling VPLS to the Next Level
White Paper Combining the cost-effectiveness of Ethernet with the service delivery, traffic engineering, scalability and reliability of MPLS, VPLS has proven to be an effective and inexpensive way to provide a... [20 Aug 2007]
Four Steps to True End-to-End Service for MPLS IP VPNs
White Paper MPLS technology provides sophisticated traffic engineering capabilities that, coupled with IP QoS, enable multiple classes and levels of service. Multi-protocol Layer Switching (MPLS)... [29 May 2007]
Transport Layer Identification of P2P Traffic
White Paper To evaluate the methodology, authors also develop a payload technique for P2P traffic identification, by reverse engineering and analyzing the nine most popular P2P protocols, and demonstrate its... [24 May 2007]
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