A vertical perspective, ranging from management and routing to physical layer options, concerning dynamic network monitoring and compensation of impairments (M&C), is given. Feasibility, reliability, and performance improvements on reconfigurable transparent networks are expected to arise from the consolidated assessment of network management and control specifications, as a more accurate evaluation of available M&C techniques. In the network layer, physical parameters aware algorithms are foreseen to pursue reliable network performance. In the physical layer, some new M&C methods were developed and rating of the state-of-the-art reported in literature is given. Optical monitoring implementation and viability is discussed.Publicad
Network planning and operation in core optical networks require processes that lead to a cost-effect...
The European research project DICONET proposed and implemented a multi-plane impairment-aware soluti...
Abstract—Core optical networks using reconfigurable optical switches and tunable lasers appear to be...
A vertical perspective, ranging from management and routing to physical layer options, concerning dy...
Abstract A vertical perspective, ranging from management and routing to physical layer options, conc...
Core networks of the future will have a translucent and eventually transparent optical structure. Ul...
In transparent optical networks, the signal experiences the impact of various phenomena that degrade...
This paper presents some recent developments in cross-layer approaches for planning and operating im...
Transparent and translucent optical networks are widely considered as the prime candidates for the c...
Optical networks are moving from opaque and translucnet architectures towards all-optical (transpare...
Core optical networks using reconfigurable optical switches and tunable lasers appear to be on the r...
The absence of electrical regenerators in transparent WDM networks significantly contributes to redu...
Abstract—Transparent and translucent optical networks are widely considered as the prime candidates ...
We propose a Monte-Carlo method to establish the merit of physical layer in transparent optical netw...
This paper describes the implementation of a wavelength division multiplexing network controller tha...
Network planning and operation in core optical networks require processes that lead to a cost-effect...
The European research project DICONET proposed and implemented a multi-plane impairment-aware soluti...
Abstract—Core optical networks using reconfigurable optical switches and tunable lasers appear to be...
A vertical perspective, ranging from management and routing to physical layer options, concerning dy...
Abstract A vertical perspective, ranging from management and routing to physical layer options, conc...
Core networks of the future will have a translucent and eventually transparent optical structure. Ul...
In transparent optical networks, the signal experiences the impact of various phenomena that degrade...
This paper presents some recent developments in cross-layer approaches for planning and operating im...
Transparent and translucent optical networks are widely considered as the prime candidates for the c...
Optical networks are moving from opaque and translucnet architectures towards all-optical (transpare...
Core optical networks using reconfigurable optical switches and tunable lasers appear to be on the r...
The absence of electrical regenerators in transparent WDM networks significantly contributes to redu...
Abstract—Transparent and translucent optical networks are widely considered as the prime candidates ...
We propose a Monte-Carlo method to establish the merit of physical layer in transparent optical netw...
This paper describes the implementation of a wavelength division multiplexing network controller tha...
Network planning and operation in core optical networks require processes that lead to a cost-effect...
The European research project DICONET proposed and implemented a multi-plane impairment-aware soluti...
Abstract—Core optical networks using reconfigurable optical switches and tunable lasers appear to be...