Date of publication January 24, 2017; date of current version June 14, 2017.The traffic matrix (TM) is a chief input in many network design and planning applications. In this paper, we propose a model, called the spherically additive noise model (SANM). In conjunction with iterative proportional fitting (IPF), it enables fast generation of synthetic TMs around a predicted TM. We analyze SANM and IPF’s action on the model to show theoretical guarantees on asymptotic convergence, in particular, convergence to the well-known gravity model.Paul Tune and Matthew Rougha
We consider the network traffic monitoring issue, including traffic matrix estimation and anomaly de...
Copyright 2003 ACMTraffic matrices are required inputs for many IP network management tasks: for ins...
We consider the network traffic monitoring issue, including traffic matrix estimation and anomaly de...
Copyright © 2006 ACMA recent paper [8] presented methods for several steps along the road to synthes...
The traffic matrix (TM) is an important input in traffic engi-neering and network design. However, t...
A matrix giving the traffic volumes between origin and destination in a network has tremendously pot...
Traffic matrices describe the volume of traffic between a set of sources and destinations within a n...
A common assumption made in traffic matrix (TM) modeling and estimation is independence of a packet'...
A traffic matrix provides a major input to the design, planning and management of a telecommunicatio...
Abstract — A traffic matrix provides a major input to the design, planning and management of a telec...
Traffic matrices are required inputs for many IP network management tasks, such as capacity planning...
In this paper we consider some penalized quadratic models to update Origin-Destination (O-D) matrice...
Traffic matrices are required inputs for many IP network management tasks: for instance, capacity pl...
AbstractThe development and calibration of complex traffic models demands parsimonious techniques, b...
Traffic matrix is of great help in many network applications. However, it is very difficult, if not ...
We consider the network traffic monitoring issue, including traffic matrix estimation and anomaly de...
Copyright 2003 ACMTraffic matrices are required inputs for many IP network management tasks: for ins...
We consider the network traffic monitoring issue, including traffic matrix estimation and anomaly de...
Copyright © 2006 ACMA recent paper [8] presented methods for several steps along the road to synthes...
The traffic matrix (TM) is an important input in traffic engi-neering and network design. However, t...
A matrix giving the traffic volumes between origin and destination in a network has tremendously pot...
Traffic matrices describe the volume of traffic between a set of sources and destinations within a n...
A common assumption made in traffic matrix (TM) modeling and estimation is independence of a packet'...
A traffic matrix provides a major input to the design, planning and management of a telecommunicatio...
Abstract — A traffic matrix provides a major input to the design, planning and management of a telec...
Traffic matrices are required inputs for many IP network management tasks, such as capacity planning...
In this paper we consider some penalized quadratic models to update Origin-Destination (O-D) matrice...
Traffic matrices are required inputs for many IP network management tasks: for instance, capacity pl...
AbstractThe development and calibration of complex traffic models demands parsimonious techniques, b...
Traffic matrix is of great help in many network applications. However, it is very difficult, if not ...
We consider the network traffic monitoring issue, including traffic matrix estimation and anomaly de...
Copyright 2003 ACMTraffic matrices are required inputs for many IP network management tasks: for ins...
We consider the network traffic monitoring issue, including traffic matrix estimation and anomaly de...