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TWIN as a future-proof optical transport technology for next generation metro networks.

, , , , , and . HPSR, page 87-92. IEEE, (2016)

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Carrier-grade performance evaluation in reliable metro networks based on optical packet switching., , , , and . ICNC, page 70-75. IEEE Computer Society, (2017)A cost comparison of survivable subwavelength switching optical metro networks., , , , , and . ITC, page 1-9. IEEE, (2014)Virtual Ring Based Protection for Time-Domain Wavelength Interleaved Network, , , , and . (July 2013)A Dynamic Network Design for High-Speed Enterprise Access Links., , , , , , and . GLOBECOM, page 1-7. IEEE, (2015)High speed 100GE adaptive link rate switching for energy consumption reduction., , , , , , , and . ONDM, page 227-232. IEEE, (2015)Evaluation of transparent optical multiplexing techniques in transport networks. (Evaluation de différentes techniques de multiplexage optique transparent dans les réseaux de transport).. University of Western Brittany, Brest, France, (2015)Synchronization of the Time-domain Wavelength Interleaved Networks, , , , and . (June 2013)Impact of Metro-Embedded Data Centers on Metropolitan Network Design and Traffic Profile., , , , , , , and . JOCN, 9 (10): 900-908 (2017)A comparison of subwavelength optical switching networks for LTE mobile backhauling., , , , , and . ICTON, page 1-4. IEEE, (2014)TWIN as a future-proof optical transport technology for next generation metro networks., , , , , and . HPSR, page 87-92. IEEE, (2016)