Today's Internet is a massive, distributed network which continues to explode in size as e-
commerce and related activities grow. The heterogeneous and largely unregulated structure …

Today's Internet is a massive, distributed network which continues to explode in size as e-
commerce and related activities grow. The heterogeneous and largely unregulated structure …

The modeling and analysis of computer communications networks give rise to a variety of
interesting statistical problems. This chapter focuses on network tomography, a term used to …

Network monitoring and diagnosis are key to improving network performance. The
difficulties of performance monitoring lie in today's fast growing Internet, accompanied by …

The statistical problem for network tomography is to infer the distribution of X, with mutually
independent components, from a measurement model Y= AX, where A is a given binary …

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 …

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

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 …

Knowledge of link specific traffic characteristics is important in the operation and design of
wide area networks. Network tomography is a powerful method for measuring characteristics …

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 …