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A novel data transmission security via a noisy channel using a microring resonator system
Author(s)
Date Issued
January 1, 2010
Type
Conference Paper
Abstract
A novel encryption methods using microring resonator is presented. By using the proposed system, the confidentiality of information in optical communication can be formed. In this paper, chaostic noise sophisticates irreversible and unpredictable in nonlinear microring resonator that is used as the encrypted function. In our successfully simulation results, the noisy signals/channels created by the microring resonator are combined with the encoded information to protect the man-in-the-middle attacks (decipher). By using the extremely small processing device, the propose design can be easily applied to secure any form of communication in wireless network, mobile communication network and military applications with low power consumption and very high-speed procedures.
Citation
Progress in Electromagnetics Research Symposium, 2, 1314-1317, 2010