In network performance tomography, characteristics of the network interior, such as link loss
and packet latency, are inferred from correlated end-to-end measurements. Most work to …

In network performance tomography, characteristics of the network interior are inferred by
correlating end-to-end measurements. In much previous work, the presence of correlations …

This work discloses a unicast, end-to-end network performance measurement process
which is capable of determining internal network losses, delays, and probability mass …

End-to-end measurement is a common tool for network performance diagnosis, primarily
because it can reflect user experience and typically requires minimal support from …

The problem of identifying topology and inferring link-level performance parameters such as
packet drop rate or delay variance using only end-to-end measurements is commonly …

In this paper we consider the problem of inferring link-level loss rates from end-to-end
multicast measurements taken from a collection of trees. We give conditions under which …

In this paper, we explore the use of end-to-end unicast traffic as measurement probes to
infer link-level loss rates. We leverage off of earlier work that produced efficient estimates for …

We investigate the problem of inferring the packet loss characteristics of Internet links using
server-based measurements. Unlike much of existing work on network tomography that is …

Information about the topology and link-level characteristics of a network is critical for many
applications including network diagnostics and management. However, this information is …

Robust measurements of network dynamics are increasingly important to the design and
operation of large internetworks like the Internet. However, administrative diversity makes it …