traffic packet
RSS traffic packetAMPS - ANStool: Interoperability of Automated Tools for the Provisioning of QoS Services
White Paper Packet networks that support QoS can accommodate simultaneously different traffic types, such as data, voice, and video, by handling time-critical traffic appropriately at congestion points. The most widely used architecture for providing QoS in... [18 Jul 2008]
Quality of Service and MPLS Methodologies
White Paper As the amount of traffic on the Internet grows the network performance gradually decreases, causing network degradation, network delay or jitter, and packet loss. Routers that forward Internet traffic on a first-in-first-out basis (called best... [18 Jul 2008]
VoIP Network Dimensioning Using Delay and Loss Bounds for Voice and Data Applications
White Paper This paper defines simple guidelines for network dimensioning in a multimedia environment in terms of end-to-end delay for the voice traffic, and in terms of throughput and packet loss for TCP data traffic. [18 Jul 2008]
On the Capacity of Optical Networks: A Framework for Comparing Different Transport Architectures
White Paper This paper compares three optical transport network architectures: Optical Packet Switching (OPS), Optical Flow Switching (OFS), and Optical Burst Switching (OBS). This comparison is based on a notion of network capacity as the set of exogenous... [18 Jul 2008]
Traffic Engineering With Multiprotocol Label Switching
White Paper MPLS provides a virtual path capability between packet (label) switches to efficiently carry differentiated services across the Internet. Additionally, MPLS has been enhanced with the capability to precisely engineer traffic tunnels to avoid... [18 Jul 2008]
Quality of Service (QoS) in Voice-Over IP Solutions: Achieving Predictable Service
White Paper For Voice-Over IP, this means prioritizing voice packets over the network to avoid delay and packet loss. It is possible to configure the hardware and software on one's network to achieve more predictable service by: supporting dedicated bandwidth... [18 Jul 2008]
Preconfiguring IP-Over-Optical Networks to Handle Router Failures and Unpredictable Traffic
White Paper In implementing this scheme, the first and second phase paths are realized at the optical layer with router packet grooming at a single intermediate node only. This paper considers the realization of traffic-oblivious routing in IP-over-Optical... [18 Jul 2008]
AC Algorithms in AQUILA QoS IP Network
White Paper The applied approach employs the well known Hoeffding bound formula for calculating required link capacity to assure packet loss ratio at a predefined level. The discussed algorithms were developed for regulating traffic submitted to Network... [18 Jul 2008]
Impact of QoS on Application Response Time
White Paper This paper compares three different algorithms for packet queuing using the simulator program OpNet (OpNet is a network simulator, including a library of detailed protocol and application models (e.g. [17 Jul 2008]
Quality of Service on Linux for the Atlas TDAQ Event Building Network
White Paper The paper has analyzed the packet-loss and packet distribution for the event builder prototype of the Atlas TDAQ system. The result showed that QoS using CBQ and TBF eliminated packet loss on UDP/IP transfer while the UDP/IP transfer in best e ort... [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. QoS enables the network to deliver a differentiated service to certain traffic classes. [17 Jul 2008]
A Dynamic QoS Provisioning Model for Network Mobility
White Paper Packets that are marked according to the traffic classes are then aggregated as a single request in a QoS Object in the packet header which is then sent along with the NEMO binding update message for resource reservation. [17 Jul 2008]
Path Selection and Bandwidth Allocation in MPLS Networks
White Paper Multi-protocol Label Switching extends the IP destination-based routing protocols to provide new and scalable routing capabilities in connectionless networks using relatively simple packet forwarding mechanisms. [11 Jul 2008]
Packet Buffer Management for a High-Speed Network Interface Card
White Paper Packet buffers in a smart network interface card are managed in a way to reduce any packet losses from high-speed burst incoming data. Currently, two types of packet buffer management techniques are used. [11 Jul 2008]
Adaptive-SDR: Adaptive Swarm-Based Distributed Routing
White Paper This paper propose one such routing algorithm, dubbed Adaptive Swarm-based Distributed Routing (Adaptive-SDR), which is scalable, robust and suitable to handle large amounts of network traffic, while minimizing delay and packet loss. [11 Jul 2008]
