data networks network ip
Quality of Service in Internet Protocol (IP) Networks
White Paper Termed converged networking, these new IP technologies allow enterprises to convert from separate circuit-switched telephone and ISDN video networks to all IP networks where data, voice, and video all traverse the same network infrastructure. [17 Jul 2008]
QoS Enabled Broadband - Is Your ISP Shouting Fact or Fiction?
White Paper In short Quality of Service (QoS) is the ability to guarantee that an IP packet be sent from source to destination within a given time. Without QoS IP traffic can be delayed or even lost. Traditionally QoS has not been available within broadband... [17 Jul 2008]
AQUILA Distributed QoS Measurement
White Paper The AQUILA project defines and implements a QoS architecture for dynamic end-to-end service provisioning in IP networks. Passive measurement in AQUILA relies on data gathered from different network elements. [17 Jul 2008]
Consumer Protection and Quality of Service (QoS), Including Network Neutrality and Cyber-Security Issues
White Paper The deployment of Next Generation Networks (NGN, using IP connectivity to support fixed, wireless and mobile voice, video, data, and broadcast TV services, provides new opportunities to increasing consumer choice. [17 Jul 2008]
Making the Right Call: Ensuring a Successful IP Telephony Implementation
White Paper Download this paper to read what makes a good convergence strategy, and see the six questions to ask that are essential towards ensuring a successful IP telephony implementation. The benefits of a converged network seem obvious: not having to... [15 Jul 2008]
Network World Special Report on VoIP
White Paper IP telephony allows you to marry your voice and data networks, eliminating duplicate costs, headaches and hassle, not to mention traditional PBX leases, per-minute toll charges and more. This special report lays the groundwork for identifying the... [14 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]
Dynamic Partitioning of Link Bandwidth in IP/MPLS Networks
White Paper Bandwidth allocation in the future multiservice global communication IP network presents a very interesting research issue. This paper presents the strategy of Dynamic Partitioning of link bandwidth in IP network. [11 Jul 2008]
IP Bandwidth on Demand and Traffic Engineering Via Multi-Layer Transport Networks
White Paper 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. [11 Jul 2008]
Transitioning From IP-over-LANE/ATM to IP/MPLS Networks
White Paper This paper addresses the limitations of IP-over-LANE/ATM networks and offers a viable IP/MPLS network alternative that supports voice, video, and data services. Ultimately, a Juniper Networks IP network reduces costs by having the same ASIC... [10 Jul 2008]
Connecting MPLS Voice VPNs: Enabling the Secure Interconnection of Inter-Enterprise VoIP
White Paper This technology, in combination with IP telephony, is the basis of a service offering called the Voice VPN. For example, utilizing premised based IP PBXs and IP phones at all sites within the VPN allows the enterprise customer to bypass long... [10 Jul 2008]
Optical-Label Switching, MPLS, MPLambdaS, and GMPLS
White Paper Interoperability with IP, MPLS, MPLambdaS, and other client networks can be achieved with a GMPLS extension. As in MPLS, optical-label switching networks separates the control plane and the data plane to facilitate protocol and format independence... [10 Jul 2008]
Performance Impact of Data Compression on Virtual Private Network Transactions (Extended Version)
White Paper More specifically, it studies the performance obtained when combining the IP Payload Compression Protocol (IPComp) with the IP Security Protocol (IPsec). Virtual Private Networks (VPNs) allow two or more parties to communicate securely over a... [10 Jul 2008]
Virtual Private Networks (VPN): Balancing Remote Access Over the Internet With Cost and Security
White Paper VPNs simply establish secure communications between employees, branch offices, or partners by using strong IP-based encryption, authentication techniques and transport security. VPNs allow companies with broadband connections to implement a cost... [10 Jul 2008]
Bullet: High Bandwidth Data Dissemination Using an Overlay Mesh
White Paper Of late, overlay networks have become an effective alter-native to IP multicast for efficient point to multipoint communication across the Internet. Typically, nodes self-organize with the goal of forming an efficient overlay tree, one that meets... [10 Jul 2008]
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