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A broadband chaos network is proposed and its chaos synchronization performance is investigated. The results show that, using a bandwidth-enhanced chaotic signal (about 42GHz bandwidth) from a drive vertical-cavity surface-emitting laser (D-VCSEL) to drive all response VCESLs (R-VCSELs) in the broadband chaos network, high-quality chaos synchronization with over 30GHz bandwidth between two corresponding...
In this paper, a bidirectional chaos communication system based on the optoelectronic feedback semiconductor lasers (SLs) is presented, and the synchronization characteristics and the communication performances of such system are simulated numerically. The results show that the high-quality synchronization with zero lag time and simultaneous bidirectional message transmission can be realized under...
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