White Papers

Multicast Topology Inference From Measured End-to-End Loss

Overview The use of multicast inference on end-to-end measurement has recently been proposed as a means to infer network internal characteristics such as packet link loss rate and delay. This paper proposes three types of algorithm that use loss measurements to infer the underlying multicast topology: a grouping estimator that exploits the monotonicity of loss rates with increasing path length; a maximum likelihood estimator; and a Bayesian estimator. They establish their consistency, compare their complexity and accuracy, and analyze the modes of failure and their asymptotic probabilities.

Download White Paper

By downloading you agree to our Terms and Conditions. These include information regarding use of your personal data.

Publisher
AT&T Intellectual Property
File Format
PDF
Date Published
May 29, 2009
Format
White Papers
Topics
Multicasting, Software Engineering

Similiar White Papers

Efficient Overlay Multicast for Mobile Ad Hoc Networks

Efficient Overlay Multicast for Mobile Ad Hoc Networks

Overlay multicast protocol builds a virtual mesh spanning all member nodes of a multicast group. It employs standard uni

Publisher: University of California  |  Tags: data, network, unicast

Designing Overlay Multicast Networks for Streaming

Designing Overlay Multicast Networks for Streaming

This paper presents a polynomial time approximation algorithm for designing a multicast overlay network. The algorithm f

Publisher: Association for Computing Machinery  |  Tags: akamai, network

Adaptive Two-Tier Energy-Efficient Multicasting in Mobile and Wireless Ad Hoc Networks

Adaptive Two-Tier Energy-Efficient Multicasting in Mobile and Wireless Ad Hoc Networks

This paper studies the problem of energy-efficient multicasting in mobile and wireless ad hoc networks. To deal with nod

Publisher: Arizona State University  |  Tags: mobility

Bounds on the Network Coding Capacity for Wireless Random Networks

Bounds on the Network Coding Capacity for Wireless Random Networks

Recently, it has been shown that the max flow capacity can be achieved in a multicast network using network coding. This

Publisher: Texas A&M University  |  Tags: network, realistic

Scalable Overlay Multicast Tree Construction for Media Streaming

Scalable Overlay Multicast Tree Construction for Media Streaming

This paper compares various methods to construct multicast trees between end-systems, that vary in terms of implementati

Publisher: Boston University  |  Tags: network

AT&T Intellectual Property White Papers

On-Demand Webcast: IT As A Service

On-Demand Webcast: IT As A Service

The presenters of this webcast discuss the pros and cons of consuming IT resources and network bandwidth as an on-demand

Publisher: AT&T Intellectual Property  |  Tags: infrastructure, network

On-Demand Webcast: How Green Is Your IT?

On-Demand Webcast: How Green Is Your IT?

"Green IT" combines two different goals: cutting costs by reducing energy consumption and reducing an organization's car

Publisher: AT&T Intellectual Property  |  Tags: carbon footprint, green it

On-Demand Webcast: Mobile Strategies and Direction

On-Demand Webcast: Mobile Strategies and Direction

When it comes to handling mobility issues, moving from strategy to execution means defining the optimization plans and q

Publisher: AT&T Intellectual Property  |  Tags: mobility

Avoiding Instability During Graceful Shutdown of Multiple OSPF Routers

Avoiding Instability During Graceful Shutdown of Multiple OSPF Routers

Many recent router architectures decouple the routing engine from the forwarding engine, allowing packet forwarding to c

Publisher: AT&T Intellectual Property  |  Tags: network, software

Trajectory Sampling for Direct Traffic Observation

Trajectory Sampling for Direct Traffic Observation

Traffic measurement is a critical component for the control and engineering of communication networks. They argue that t

Publisher: AT&T Intellectual Property  |  Tags: network