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Chaos Correlation in Open-loop Semiconductor Lasers Scheme Effected by Variable Feedback Time
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作者 Firas S. Mohammed muntadher j. khudhair 《Journal of Physical Science and Application》 2016年第1期194-198,共5页
The effect of optical feedback time (depend on the distance between the front facet of the laser and the external mirror) on the chaos synchronization in open-loop communication system have been investigated. In thi... The effect of optical feedback time (depend on the distance between the front facet of the laser and the external mirror) on the chaos synchronization in open-loop communication system have been investigated. In this system, the dynamics of semiconductor lasers with both the optical feedback and optical injection are coherently coupled with the internal laser field. The synchronization map becomes a cloud of points for some parameters values (no correlation between Master laser ML and Slave laser SL outputs). It means that the two lasers are decoupled. It can be clearly seen when kf = 0.2, kinj = 0.4 and τ = 1 the correlation between these two laser outputs are in a diagonal line, which implies the excellent correlation between them and verifies their synchronization. It is evident that the synchronization quality of open-loop scheme improves for this value is better than that of the other amounts. Value is better than that of the other amounts. 展开更多
关键词 Chaos correlation open-loop semiconductor lasers laser systems synchronization.
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