We propose a Monte-Carlo method to establish the merit of physical layer in transparent optical networks as average bit-rate per lightpath at full load and consider two transmission techniques and impact of nonlinear fiber propagation
The key-operation to enabling an effective data transport abstraction in open optical line systems (...
Network planning and operation in core optical networks require processes that lead to a cost-effect...
Efficient resource utilization with a satisfying quality of service is the key to high capacity in f...
We perform a benchmarking of three different fiber types and two different implementation of flexibl...
A new era for optical networks has been started by the development of transceivers based on digital ...
This thesis describes novel contributions in the field of physical layer aware optical networks. IP ...
In order to cope with the increase of the final user traffic, operators and vendors are pushing towa...
We propose a novel method to assess physical layer potentialities of core optical networks aimed at ...
The advent of Coherent-detection systems supported by Digital-Signal-Processing (DSP) makes it possi...
This paper investigates the performance of translucent Optical Transport Networks (OTNs) under diff...
We compare the networking merit of multiple bands - U-to-O band - by exploiting the installed cables...
A vertical perspective, ranging from management and routing to physical layer options, concerning dy...
International standardization bodies (IEEE and ITU-T) working on the evolution of transmission techn...
This paper investigates the physical layer optimization as a means of improving the utilization of l...
© 2009 Dr. Jonathan C. LiTelecommunications network operators have found that traditional optical ne...
The key-operation to enabling an effective data transport abstraction in open optical line systems (...
Network planning and operation in core optical networks require processes that lead to a cost-effect...
Efficient resource utilization with a satisfying quality of service is the key to high capacity in f...
We perform a benchmarking of three different fiber types and two different implementation of flexibl...
A new era for optical networks has been started by the development of transceivers based on digital ...
This thesis describes novel contributions in the field of physical layer aware optical networks. IP ...
In order to cope with the increase of the final user traffic, operators and vendors are pushing towa...
We propose a novel method to assess physical layer potentialities of core optical networks aimed at ...
The advent of Coherent-detection systems supported by Digital-Signal-Processing (DSP) makes it possi...
This paper investigates the performance of translucent Optical Transport Networks (OTNs) under diff...
We compare the networking merit of multiple bands - U-to-O band - by exploiting the installed cables...
A vertical perspective, ranging from management and routing to physical layer options, concerning dy...
International standardization bodies (IEEE and ITU-T) working on the evolution of transmission techn...
This paper investigates the physical layer optimization as a means of improving the utilization of l...
© 2009 Dr. Jonathan C. LiTelecommunications network operators have found that traditional optical ne...
The key-operation to enabling an effective data transport abstraction in open optical line systems (...
Network planning and operation in core optical networks require processes that lead to a cost-effect...
Efficient resource utilization with a satisfying quality of service is the key to high capacity in f...
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