Add to ORKGAbstract: We present a new approach for greenfield and incremental optical network capacity allocation under dynamic lightpath demands. The method can improve lightpath blocking performance by one or two orders of magnitude compared to conventional designs. ©2008 Optical Society of America OCIS codes: (060.4250) Networks; (060.425) Networks, network optimizatio
Dynamic optical networks hold the potential of satisfying very large bandwidth requirements of many ...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...
In this article we focus on lightpath adaptation under time-varying traffic in a dynamic elastic opt...
Incremental planning is performed periodically to decide how a backbone optical network has to be up...
To meet the increasing user bandwidth demands, the ICT networks are constantly expanding. The optica...
The ability of core networks to manage data transmission of increasing volume and variation is crit...
Incremental planning is performed periodically to decide how a backbone optical network has to be up...
The world's hunger for connectivity appears to be endlessly growing, yet the capacity of the network...
Abstract: We propose a new adaptive FEC selection scheme to choose different FEC types for each ligh...
The rapid increase in demand for bandwidth from existing networks has caused a growth in the use of ...
A dynamic Optical Transport Network (OTN) has the advantage of being able to adjust the connec-tion ...
We propose a linear formulation for traffic routing in optical networks after the Virtual Topology D...
Abstract: We focus on lightpath adaptation under variable traffic demands in flexible-grid optical n...
Abstract: For dynamic provisioning of shared-path-protected connections in an optical mesh network, ...
This paper provides a high-level overview of network planning and operation processes for lightpath ...
Dynamic optical networks hold the potential of satisfying very large bandwidth requirements of many ...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...
In this article we focus on lightpath adaptation under time-varying traffic in a dynamic elastic opt...
Incremental planning is performed periodically to decide how a backbone optical network has to be up...
To meet the increasing user bandwidth demands, the ICT networks are constantly expanding. The optica...
The ability of core networks to manage data transmission of increasing volume and variation is crit...
Incremental planning is performed periodically to decide how a backbone optical network has to be up...
The world's hunger for connectivity appears to be endlessly growing, yet the capacity of the network...
Abstract: We propose a new adaptive FEC selection scheme to choose different FEC types for each ligh...
The rapid increase in demand for bandwidth from existing networks has caused a growth in the use of ...
A dynamic Optical Transport Network (OTN) has the advantage of being able to adjust the connec-tion ...
We propose a linear formulation for traffic routing in optical networks after the Virtual Topology D...
Abstract: We focus on lightpath adaptation under variable traffic demands in flexible-grid optical n...
Abstract: For dynamic provisioning of shared-path-protected connections in an optical mesh network, ...
This paper provides a high-level overview of network planning and operation processes for lightpath ...
Dynamic optical networks hold the potential of satisfying very large bandwidth requirements of many ...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...
In this article we focus on lightpath adaptation under time-varying traffic in a dynamic elastic opt...