Implicit Label Number for Optical Packets in Label Switching Networks Based on Spectral Amplitude Coding and OCDM Path

Extraction for Optical Label Switching Networks

A simple method for 40 Gbit/s NRZ header extraction based on envelope detection for optical label switching networks is presented. The scheme is insensitive to packet length and spacing and can be single-chip integrated cost-effectively.

Label-Controlled Optical Switching Nodes Label-Controlled Optical Switching Nodes

NUR 959 Trefw.: optische telecommunicatie / nietlineaire optica / optische signaalverwerking. Subject headings: optical fibre communication / nonlinear optics / optical information processing. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means without the prior written consent of the author. Summary Optical networks are evolvi...

Optical Code Division Multiplexing for Packet Labeling in Optical Switching Networks

In this paper, we proposed a photonic packet switching control method by used optical correlator for optical packet label packetswitched networks for next Generation networks. The main advance is rely on using the Optical Code Division Multiplexing (OCDM) code to labeling optical packets based on source routing. Based on OCDM labeling either header modification or any label swapping techniques ...

Optical Label Switching Technologies for Optical Packet Switched Networks

Label Coding Techniques for All-Optical MPLS Networks

In this paper, a short overview and comparison of label coding techniques is given. Particularly, different all-optical label processor implementations based upon optical code correlation are shown and investigated. The code families suitable for the all-optical MPLS are compared concerning the correlation properties and provided label lengths. The optical code label processor implementations a...