Results 201 to 210 of about 4,933,247 (258)
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Optical communications networks
IEEE Communications Magazine, 2016The field of optical communications continues to evolve to meet the ever increasing demands for capacity, flexibility, scalability, and security. In this second installment of the Optical Communications Networks Series in 2016, we have selected six contributions that address physical layer security in optical networks, resource optimization in cloud ...
Admela Jukan, Xiang Liu
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Multicasting in Optical Networks
2001Optics is a key technology in communication networks to enable bandwidth intensive applications, such as video conferencing, real-time medical imaging, broadcasting services to home [5]. Readers interested in the relevant aspects of fiber optic technology are referred to [11,15,17].
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IEEE Communications Magazine, 2000
We challenge current thinking about IP over WDM by outlining a path to optical data networking that includes multiple data networking protocols coupled with a protocol-neutral optical networking infrastructure. Included is a discussion of the diversity of data networking protocols and network architectures for optical data networking.
Paul Bonenfant, Antonio RodrÃguez Moral
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We challenge current thinking about IP over WDM by outlining a path to optical data networking that includes multiple data networking protocols coupled with a protocol-neutral optical networking infrastructure. Included is a discussion of the diversity of data networking protocols and network architectures for optical data networking.
Paul Bonenfant, Antonio RodrÃguez Moral
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Proceedings of the IEEE, 1993
The key technologies required for the development of optical transport networks, namely, optical fiber transmission and digital transport, which includes transmission signal multiplexing, transport nodes, and network operation functions, are highlighted.
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The key technologies required for the development of optical transport networks, namely, optical fiber transmission and digital transport, which includes transmission signal multiplexing, transport nodes, and network operation functions, are highlighted.
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Proceedings 2001 Pacific Rim International Symposium on Dependable Computing, 2002
The errors in optical communication are of the asymmetric type. Using the Z-channel model, the Bose-Lin asymmetric error detecting codes are analyzed as part of a feedback communication system. The probabilities of detectable and undetectable errors are derived from the code construction using certain properties of the information and check sequences ...
Paul Oprisan, Bella Bose
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The errors in optical communication are of the asymmetric type. Using the Z-channel model, the Bose-Lin asymmetric error detecting codes are analyzed as part of a feedback communication system. The probabilities of detectable and undetectable errors are derived from the code construction using certain properties of the information and check sequences ...
Paul Oprisan, Bella Bose
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2018 IEEE International Conference on Communications (ICC), 2018
Future optical networks will have 103-4 increase in rates and highly granular traffic due to large transactions. Cognitive techniques will provide agile automated fast scheduling of resources, topology changes and agile adaptations for congestion control, load balancing and reconfiguration involving all layers.
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Future optical networks will have 103-4 increase in rates and highly granular traffic due to large transactions. Cognitive techniques will provide agile automated fast scheduling of resources, topology changes and agile adaptations for congestion control, load balancing and reconfiguration involving all layers.
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Progress in optical networking
IEEE Communications Magazine, 2001This article summarizes the present state of optical networking, how we got to this point, and what needs to be done to complete the job. The point of departure is an assumed future two-level structure in which the transport is by means of steadily growing interconnected all-optical islands of transparency, while the remainder of the communication ...
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Journal of Lightwave Technology, 2004
Optical networking standards are being developed to facilitate global interoperability of optical services. They are being drafted, approved, and implemented in every area of the telecommunications industry. To maximize one's value from the standards, one should understand the standards organizations involved, the opportunities for participation, and ...
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Optical networking standards are being developed to facilitate global interoperability of optical services. They are being drafted, approved, and implemented in every area of the telecommunications industry. To maximize one's value from the standards, one should understand the standards organizations involved, the opportunities for participation, and ...
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Optical Communications and Networks
IEEE Communications Magazine, 2023Mathieu Chagnon +2 more
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