Abstract

We present the performance limitations of an electronic code-division-multiple-access-based control signaling mechanism for wavelength division multiplexed packet networks. In this mechanism, a unique electronic code is allocated to each wavelength channel in the network and therefore can be electronically identified without a wavelength demultiplexer. We analyze the scalability of the signaling mechanism in the presence of noise and interference, and the optimum power tapping ratio for the error-free recovery of the payload data and electronic code-division-multiple-access-based control signal. Theoretical analyses were performed for the optimum control arm power tapping ratio for varying modulation depth and the transmission bit rate of the payload data signal.

© 2007 Optical Society of America

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