Any operational network has some excess capacity to accommodate new traffic demands and avoid early exhaustion of bandwidth resources. Exploiting this unused capacity to improve robustness of an optical WDM backbone mesh network is investigate
Resource fragmentation is one of the major problems affecting bandwidth provisioning in WDM networks...
Network survivability is a key issue in reliable WDM optical network design to assure the service gu...
Abstract: We present a new approach for greenfield and incremental optical network capacity allocati...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...
Backbone networks usually have some excess capacity (EC) to accommodate traffic fluctuations and to ...
We investigate methods for periodic capacity upgrades (namely Network Engineering) to handle traffi...
In this thesis, we are particularly interested in studying the impact of network element failure(s) ...
In this paper, we consider the problem of survivable net-work design in traffic groomed optical WDM ...
Abstract — We consider optical mesh networks and we study the problem of improving service availabil...
In this dissertation survivability in mesh WDM optical networks is investigated. Wavelength division...
Wavelength-routed WDM networks have been considered as the best candidate for the next-generation te...
In this paper we study how the performance (in terms of blocking probability) of optical mesh networ...
To address the reliability challenges due to failures and planned outages, Internet Service Provider...
Many researches have been investigated on planning and/or designing WDM networks, but most of them a...
Abstract- Wireless mesh networks (WMNs) have gained considerable interest in expanding IEEE 802.11 n...
Resource fragmentation is one of the major problems affecting bandwidth provisioning in WDM networks...
Network survivability is a key issue in reliable WDM optical network design to assure the service gu...
Abstract: We present a new approach for greenfield and incremental optical network capacity allocati...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...
Backbone networks usually have some excess capacity (EC) to accommodate traffic fluctuations and to ...
We investigate methods for periodic capacity upgrades (namely Network Engineering) to handle traffi...
In this thesis, we are particularly interested in studying the impact of network element failure(s) ...
In this paper, we consider the problem of survivable net-work design in traffic groomed optical WDM ...
Abstract — We consider optical mesh networks and we study the problem of improving service availabil...
In this dissertation survivability in mesh WDM optical networks is investigated. Wavelength division...
Wavelength-routed WDM networks have been considered as the best candidate for the next-generation te...
In this paper we study how the performance (in terms of blocking probability) of optical mesh networ...
To address the reliability challenges due to failures and planned outages, Internet Service Provider...
Many researches have been investigated on planning and/or designing WDM networks, but most of them a...
Abstract- Wireless mesh networks (WMNs) have gained considerable interest in expanding IEEE 802.11 n...
Resource fragmentation is one of the major problems affecting bandwidth provisioning in WDM networks...
Network survivability is a key issue in reliable WDM optical network design to assure the service gu...
Abstract: We present a new approach for greenfield and incremental optical network capacity allocati...
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