High Capacity Packet Switching with a Soliton Pulse in a Nonlinear Micro Ring Resonator

S. Mitatha; K. Dejhan; S. Thongmee; P. Preecha Yupapin

doi:10.4028/www.scientific.net/AMR.55-57.481

Paper Titles

The Influence of Total and Oxygen Partial Pressures on Structure and Hydrophilic Property of TiO₂Thin Films Deposited by Reactive DC Magnetron Sputtering
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Characterization of Anatase and Rutile TiO₂Thin Films Deposited by Two Cathodes Sputtering System
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Ferroelectric Glass-Ceramics from the PbO-Bi₂O₃-GeO₂ System
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Composites Base on Geopolymer Matrices: Preliminary Fabrication, Mechanical Properties and Future Applications
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High Capacity Packet Switching with a Soliton Pulse in a Nonlinear Micro Ring Resonator
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Attosecond Pulse and Beyond Generation Based on Multi-Stage Micro Ring Resonators
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Entangled Photon Generation in a Nonlinear Micro Ring Resonator for Quantum Key Distribution Use
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Temperature Dependent Photoluminescence of ZnSe/Alq₃ Hybrid Heterostructure
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Light Scattering in Poly(Methyl Methacrylate) Hybrid Sheet Filled by Titanium Dioxide Nanocrystals Prepared by High Electric Field Assisted Spray Pyrolysis Process
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 55-57High Capacity Packet Switching with a Soliton...

High Capacity Packet Switching with a Soliton Pulse in a Nonlinear Micro Ring Resonator

Abstract:

We propose a new design of the secured packet switching using the nonlinear behaviors of soliton in a micro ring resonator, where the nonlinear penalty of light traveling in the device becomes benefit. The chaotic signals are generated by a Kerr effects nonlinear type of soliton in a micro ring resonator, where the control input power can be used to specify the output filtering signals. Some device parameters are chosen and simulated using the proposed model. Results obtained have shown in good agreement with the practical device behaviors. The potential of using such a device for communication security is performed and discussed. For instance, the packet switching of the chaotic encoding data increases from the chaotic signal encoding of 100 bit/s. Results obtained have shown the potential of using such a proposed device for the tunable band-pass and band-stop filters, in which the packet switching data can be performed and secured.