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This book highlights the significance of equipping the routing phase of a Physical Layer Impairment-Routing and Wavelength Assignment algorithm with signal quality and delay awareness. It is shown that that for Optical Electrical Optical conversion generated time delay minimization, using all-optical wavelength converters for only wavelength contention resolution is a judicious choice rather than resorting to regenerators and further, there exists a definitive trade-off between the overall network cost and maximum tolerable delay.

Produktbeschreibung
This book highlights the significance of equipping the routing phase of a Physical Layer Impairment-Routing and Wavelength Assignment algorithm with signal quality and delay awareness. It is shown that that for Optical Electrical Optical conversion generated time delay minimization, using all-optical wavelength converters for only wavelength contention resolution is a judicious choice rather than resorting to regenerators and further, there exists a definitive trade-off between the overall network cost and maximum tolerable delay.
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Autorenporträt
Sridhar Iyer received his BE from Mumbai University, India in 2005, MS in Electrical&Communication Engineering from New Mexico State University, USA in 2008, and PhD from the Delhi University, India in 2017. Currently, he is an Associate Professor in Department of ECE, Jain College of Engineering, India. He has published over 40 research articles.