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Wavelength Division Multiplexed switching networks are considered as an important candidate for the future transport networks. As the size of network increases conventional methods used in teletraffic theory to model these networks become computationally difficult to handle as the state space grows exponentially. In this research the author has applied overflow analysis to model these networks. The results show that moment analyses using Equivalent Random Theory (ERT) results in accurate approximations for the modeling of WDM switching networks.
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