We propose a practical technique for the identification of lossy network links. Our scheme is
based on a function that computes the likelihood of each link to be lossy. This function …

We consider the problem of inferring the topology of a network with M sources and N
receivers (an M-by-N network), by sending probes between the sources and receivers. Prior …

Using multicast probes to infer network topologies and internal link/node characteristics is
an attractive approach due to its bandwidth efficiency and suitability for large-scale …

Packet forwarding prioritization (PFP) in routers is one of the mechanisms commonly
available to network administrators. PFP can have a significant impact on the performance of …

Network tomography infers internal network characteristics by sending and collecting probe
packets from the network edge. Traditional tomographic techniques for general topologies …

In most works of network tomography, end-to-end measurements are conducted based on
the assumption of single-path routing. However, multipath routing caused by load balancing …

As a technique to investigate behaviours of a computer network with low operational cost,
network tomography has received considerable attentions in recent years. Most studies in …

Network topology is important information for many network control and management
applications. Network tomography infers network topology from end-to-end measured …

The network coding paradigm is based on the idea that independent information flows can
be linearly combined throughout the network to give benefits in terms of throughput …

In a grid-computing environment, resource selection and scheduling depend on the network
topology connecting the computation nodes. This paper presents a method to hierarchically …