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Study of Polynomial Methods of Finite Differences for the Wavelength Division Multiplex Mesh Networks with Dedicated Optical Path Protection

Authors:
Stefanos Mylonakis

Keywords: finite differences; accurate polynomial; approximate polynomial; dedicated protection; regression

Abstract:
The dedicated protection method uses the spare capacity as a “dedicated” resource and the backup capacity is allocated for the sole use of the connection or link. This method will be used by polynomial methods of the finite differences. The latter provide two methods, the first is the accurate polynomial method and the second is the approximate polynomial one. These methods are arithmetical, solving successfully the survivability problems and used for the verification of their results. The advantage of the polynomial methods is no use of the large matrix which shows the network active links that is used in the linear method. In this paper, the regression analysis is used to study the absolute error of polynomial differences methods (statistical method).

Pages: 19 to 27

Copyright: Copyright (c) IARIA, 2011

Publication date: April 17, 2011

Published in: conference

ISSN: 2308-3700

ISBN: 978-1-61208-132-8

Location: Budapest, Hungary

Dates: from April 17, 2011 to April 22, 2011