Abstract – This paper presents a collection of approximation formulas that allow a network planner to quickly estimate the size of a mesh optical network with limited inputs. In particular, it provides a set of equations that relate number of sites, average fiber connectivity, demand load and capacity for various mesh protection architectures. These results can be used to easily and quickly estimate the amount of traffic that can be carried over a given network, or, conversely, given the traffic to be supported, to assess the characteristics of the topology required (in terms of number of nodes, connectivity). Finally, this analysis can be used to estimate the restoration performance that can be expected without requiring any extensive simu...
AbstractFailures of fiber links can result in major loss of data in high-speed optical communication...
In this paper, we consider the problem of survivable net-work design in traffic groomed optical WDM ...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...
In this work we investigate the performance of optical packet/burst switched (OPS/OBS) architectures...
In this thesis, we are particularly interested in studying the impact of network element failure(s) ...
Abstract — We consider optical mesh networks and we study the problem of improving service availabil...
The next generation wireless networks experienced a great development with emergence of wireless mes...
A network dimensioning method allocates appropriate capacities to the links based on the network top...
In this paper we study how the performance (in terms of blocking probability) of optical mesh networ...
In this work we develop a performance evaluation for Optical Packet Switching Network (OPSN) Archite...
Modelling, dimensioning and performance analysis of optical backbone networks is the main concern of...
The surge of facilitating the ever-growing number of service classes in the contemporary Internet ba...
International audienceIn this paper, a new fast and accurate methodology to evaluate the blocking pr...
In this work the connection availabilities of optical transport networks restorable to singlespan fa...
The physical topology of optical networks imposes significant effects on the wavelength requirements...
AbstractFailures of fiber links can result in major loss of data in high-speed optical communication...
In this paper, we consider the problem of survivable net-work design in traffic groomed optical WDM ...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...
In this work we investigate the performance of optical packet/burst switched (OPS/OBS) architectures...
In this thesis, we are particularly interested in studying the impact of network element failure(s) ...
Abstract — We consider optical mesh networks and we study the problem of improving service availabil...
The next generation wireless networks experienced a great development with emergence of wireless mes...
A network dimensioning method allocates appropriate capacities to the links based on the network top...
In this paper we study how the performance (in terms of blocking probability) of optical mesh networ...
In this work we develop a performance evaluation for Optical Packet Switching Network (OPSN) Archite...
Modelling, dimensioning and performance analysis of optical backbone networks is the main concern of...
The surge of facilitating the ever-growing number of service classes in the contemporary Internet ba...
International audienceIn this paper, a new fast and accurate methodology to evaluate the blocking pr...
In this work the connection availabilities of optical transport networks restorable to singlespan fa...
The physical topology of optical networks imposes significant effects on the wavelength requirements...
AbstractFailures of fiber links can result in major loss of data in high-speed optical communication...
In this paper, we consider the problem of survivable net-work design in traffic groomed optical WDM ...
Any operational network has some excess capacity to accommodate new traffic demands and avoid early ...