1 November 2012 Principle and verification of novel optical virtual private networks over multiprotocol label switching/optical packet switching networks
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Abstract
A novel realization method of the optical virtual private networks (OVPN) over multiprotocol label switching/optical packet switching (MPLS/OPS) networks is proposed. In this scheme, the introduction of MPLS control plane makes OVPN over OPS networks more reliable and easier; OVPN makes use of the concept of high reconfiguration of light-paths offered by MPLS, to set up secure tunnels of high bandwidth across intelligent OPS networks. Through resource management, the signal mechanism, connection control, and the architecture of the creation and maintenance of OVPN are efficiently realized. We also present an OVPN architecture with two traffic priorities, which is used to analyze the capacity, throughput, delay time of the proposed networks, and the packet loss rate performance of the OVPN over MPLS/OPS networks based on full mesh topology. The results validate the applicability of such reliable connectivity to high quality services in the OVPN over MPLS/OPS networks. Along with the results, the feasibility of the approach as the basis for the next generation networks is demonstrated and discussed.
© 2012 Society of Photo-Optical Instrumentation Engineers (SPIE)
Chongfu Zhang, Chongfu Zhang, Zhengsuan Wang, Zhengsuan Wang, Wei Jin, Wei Jin, Kun Qiu, Kun Qiu, } "Principle and verification of novel optical virtual private networks over multiprotocol label switching/optical packet switching networks," Optical Engineering 51(11), 115004 (1 November 2012). https://doi.org/10.1117/1.OE.51.11.115004 . Submission:
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