Maximum data throughput of an optical communications link, a 3-node liner network and a 9-node mesh network, operating in the nonlinear regime as a function of the length scale. Results are from analytical estimation of channel properties and integer linear progamme optimisation of routing and wavelength assignment. The published paper and its links to previous published works contains full details of the methods and algorithms used to obtain these results.EPSRC [UNLOC (EP/J017582/1), INSIGHT (EP/L026155/1)
In optical networks, the vast bandwidth available in an optical bre may be utilized by splitting it ...
Optical node performance analysis in terms of number of wavelength converters for a multi-hop regul...
Abstract—We study routing for massively dense wireless net-works, i.e., wireless networks that conta...
Maximum data throughput of an optical communications link and mesh network, operating in the nonline...
This paper investigates the physical layer optimization as a means of improving the utilization of l...
We investigate the optimization of routing, modulation format adaptation, spectral and launch power ...
In this paper, we link the throughput gains, due to transceiver adaptation, in a point-to-point tran...
The problem of Routing and Wavelength Assignment (RWA) has been receiving a lot of attention recentl...
In this letter, we consider the problem of maximizing the number of lightpaths that may be establish...
We consider the problem of routing and assignment of wavelength (RAW) in optical networks. Given a s...
In this paper, we link the throughput gains, due to transceiver adaptation, in a point-to-point tran...
Caption title.Includes bibliographical references (p. [2]).Supported by the NSF. NCR-9206379 Support...
Trained MPNN model to infer throughput values from a optical network topology with nodes beteween 10...
Wavelength-routed Wavelength-Division Multiplexing (WDM) optical networks are developed to meet the ...
This paper serves to highlight the gains in SNR margin and/or data capacity that can be achieved thr...
In optical networks, the vast bandwidth available in an optical bre may be utilized by splitting it ...
Optical node performance analysis in terms of number of wavelength converters for a multi-hop regul...
Abstract—We study routing for massively dense wireless net-works, i.e., wireless networks that conta...
Maximum data throughput of an optical communications link and mesh network, operating in the nonline...
This paper investigates the physical layer optimization as a means of improving the utilization of l...
We investigate the optimization of routing, modulation format adaptation, spectral and launch power ...
In this paper, we link the throughput gains, due to transceiver adaptation, in a point-to-point tran...
The problem of Routing and Wavelength Assignment (RWA) has been receiving a lot of attention recentl...
In this letter, we consider the problem of maximizing the number of lightpaths that may be establish...
We consider the problem of routing and assignment of wavelength (RAW) in optical networks. Given a s...
In this paper, we link the throughput gains, due to transceiver adaptation, in a point-to-point tran...
Caption title.Includes bibliographical references (p. [2]).Supported by the NSF. NCR-9206379 Support...
Trained MPNN model to infer throughput values from a optical network topology with nodes beteween 10...
Wavelength-routed Wavelength-Division Multiplexing (WDM) optical networks are developed to meet the ...
This paper serves to highlight the gains in SNR margin and/or data capacity that can be achieved thr...
In optical networks, the vast bandwidth available in an optical bre may be utilized by splitting it ...
Optical node performance analysis in terms of number of wavelength converters for a multi-hop regul...
Abstract—We study routing for massively dense wireless net-works, i.e., wireless networks that conta...