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    University of Waterloo

    WDM Optical Network Reconfiguration Using Automated Regression-Based Parameter Value Selection

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    A key feature of optical networks based on wavelength division multiplexing (WDM) technology is the ability to optimize the configuration of optical resources, i.e. wavelengths, with respect to a particular traffic demand. In the broadcast architecture, this involves the assignment of wavelengths to logical links, while in the switched architecture it additionally involves the routing of bandwidth-guaranteed circuits known as lightpaths. This paper is concerned with the problem of automatically updating the configuration of an optical network in response to changes in traffic demand, which entails making a reconfiguration policy decision, selecting a new configuration, and migrating from the current to the new configuration. A technique is proposed that automatically selects values for parameters inherent in reconfiguration algorithms and reconfiguration policies, with the goal of maximizing the long-term performance gain due to reconfiguration. The effectiveness of the technique is evaluated in the context of a threshold-based reconfiguration policy. In the best case, the technique is shown to perform only 4% worse than a carefully chosen combination of static parameter values. However, a simple random assignment of parameter values is shown to perform equally well.

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    Title : WDM Optical Network Reconfiguration Using Automated Regression-Based Parameter Value Selection
    Abstract : A key feature of optical networks based on wavelength division multiplexing (WDM) technology is the ability to optimize the configuration of optical resources, i.e. wavelengths, with respect to a particular traffic demand. In the broadcast architecture, this involves the assignment of wavelengths to logical links, while in the switched architecture it additionally involves the routing of bandwidth-guaranteed circuits known as lightpaths. This paper is concerned with the problem of automatically updating the configuration of an optical network in response to changes in traffic demand, which entails making a reconfiguration policy decision, selecting a new configuration, and migrating from the current to the new configuration. A technique is proposed that automatically selects values for parameters inherent in reconfiguration algorithms and reconfiguration policies, with the goal of maximizing the long-term performance gain due to reconfiguration. The effectiveness of the technique is evaluated in the context of a threshold-based reconfiguration policy. In the best case, the technique is shown to perform only 4% worse than a carefully chosen combination of static parameter values. However, a simple random assignment of parameter values is shown to perform equally well.
    Subject : unspecified
    Area : Computer Science
    Language : English
    Affiliations : 
    Url : http://bcr2.uwaterloo.ca/~rboutaba/Papers/Conferences/ICN-04.pdf
    Doi : 10.1.1.2.5377

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