Developments in measurement equipment bandwidth and memory have allowed standard chaotic time series analysis of the multi-GHz output power fluctuations of a semiconductor laser operating chaotically. An investigation into the effect of noise shows the degradation of this analysis at low signal-to-noise ratios.4 page(s
Semiconductor lasers are becoming increasingly more important; both in industrial applications and a...
Nonlinear dynamics of laser systems has become an interesting area of research in recent times. Lase...
Semiconductor lasers in the presence of weak external optical injection or feedback become unstable,...
The dynamics of chaotic behavior of semiconductor laser diode with optical feedback from single mode...
AbstractThe dynamics of chaotic behavior of semiconductor laser diode with optical feedback from sin...
This monograph describes fascinating recent progress in the field of chaos, stability and instabilit...
Optical injection into a semiconductor laser is a promising technique for generating optical microwa...
This paper examines the dynamical origin of low-frequency fluctuations (LFFs) in semiconductor laser...
International audienceThis Review Article provides an overview of chaos in laser diodes by surveying...
This book describes the fascinating recent advances made concerning the chaos, stability and instabi...
Evaluation of the influence of laser noise on the precision of single-mode rate equations in modelin...
A method of finding self-consistent solutions for the field equation and rate equations has been use...
In this study the effect of optical feedback in semiconductor laser diodes (LD) has been examined us...
A modified transmission line model was developed to investigate the chaotic dynamics of multi-sectio...
We present comprehensive numerically simulated scans of the spectral evolution of the output from a ...
Semiconductor lasers are becoming increasingly more important; both in industrial applications and a...
Nonlinear dynamics of laser systems has become an interesting area of research in recent times. Lase...
Semiconductor lasers in the presence of weak external optical injection or feedback become unstable,...
The dynamics of chaotic behavior of semiconductor laser diode with optical feedback from single mode...
AbstractThe dynamics of chaotic behavior of semiconductor laser diode with optical feedback from sin...
This monograph describes fascinating recent progress in the field of chaos, stability and instabilit...
Optical injection into a semiconductor laser is a promising technique for generating optical microwa...
This paper examines the dynamical origin of low-frequency fluctuations (LFFs) in semiconductor laser...
International audienceThis Review Article provides an overview of chaos in laser diodes by surveying...
This book describes the fascinating recent advances made concerning the chaos, stability and instabi...
Evaluation of the influence of laser noise on the precision of single-mode rate equations in modelin...
A method of finding self-consistent solutions for the field equation and rate equations has been use...
In this study the effect of optical feedback in semiconductor laser diodes (LD) has been examined us...
A modified transmission line model was developed to investigate the chaotic dynamics of multi-sectio...
We present comprehensive numerically simulated scans of the spectral evolution of the output from a ...
Semiconductor lasers are becoming increasingly more important; both in industrial applications and a...
Nonlinear dynamics of laser systems has become an interesting area of research in recent times. Lase...
Semiconductor lasers in the presence of weak external optical injection or feedback become unstable,...
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