volume 30, issue 8, P1732-1739 1994
DOI: 10.1109/3.301636
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Abstract: The nonlinear behaviors of routes to chaos in semiconductor lasers with extemal optical feedback were explored in this work. It was indicated that the relaxation oscillation was the origin of the first nonlinear instability of optical intensity under a short delay. Three types of transition routes with quasi-periodic, subharmonic oscillation, and periodic doubling to optical chaos were distinguished in terms of the delay time normalized to the inverse of the relaxation oscillation frequency of a solitary laser…

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