Search Results - "Barnsley, P.E."

Wavelength conversion from 1.3 to 1.55 mu m using split contact optical amplifiers by Barnsley, P.E., Fiddyment, P.J.

“…Wavelength conversion of data from an optical carrier at a wavelength of 1.31 mu m to an optical carrier within the 1.5- mu m telecommunications window was…”
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Inter-channel crosstalk phenomena in optical time division multiplexed switching networks by Legg, P.J., Hunter, D.K., Andonovic, I., Barnsley, P.E.

“…The nature of inter-channel crosstalk arising in OTDM switching networks formed from imperfectly isolated 2/spl times/2 crosspoints and optical delay lines is…”
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All-optical clock recovery from 5 Gb/s RZ data using a self-pulsating 1.56 mu m laser diode by Barnsley, P.E., Wickes, H.J., Wickens, G.E., Spirit, D.M.

“…All-optical clock extraction from 5 Gb/s RZ data is demonstrated using a two-contact InGaAsP semiconductor self-pulsating laser diode. The saturable absorber…”
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A 45 Gb/s transmission system with all-optical clock recovery by Barnsley, P.E., Wickens, G.E., Wickes, H.J., Spirit, D.M.

“…The authors demonstrate successful 5 Gb/s operation of an all-optical clock extraction circuit in a 20 Gb/s optical time division multiplexing OTDM system. An…”
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All-optical wavelength switching from 1.3 mu m to a 1.55 mu m WDM wavelength routed network: system results by Barnsley, P.E., Chidgey, P.J.

“…A wavelength converter based on a semiconductor nonlinear optical amplifier (NLOA) has been used to switch 155 MB/s data from 1.3 mu m into a 1.55 mu m WDM…”
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Clock extraction using saturable absorption in a semiconductor nonlinear optical amplifier by Barnsley, P.E., Fiddyment, P.J.

“…A novel approach to clock extraction for non-return-to-zero (NRZ) formatted data is demonstrated using two contact semiconductor nonlinear optical amplifiers…”
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Absorptive and Dispersive Switching in a Three Region InGaAsP Semiconductor Laser Amplifier at 1·57 μm by Barnsley, P.E., Marshall, I.W., Wickes, H.J., Fiddyment, P.J., Regnault, J.C., Devlin, W.J.

“…The absorptive and dispersive nonlinear characteristics of a novel three region InGaAsP laser amplifier are presented. Nonlinear amplification is seen over a…”
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Optical time division multiplexing: systems and networks by Spirit, D.M., Ellis, A.D., Barnsley, P.E.

“…The recent advances in optical time division multiplexed (OTDM) systems and components research show the technique to be highly suited to the generation and…”
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