The performance degradation incurred by unwanted external reflections in high-speed
digital optical communication systems using intensity-modulated single-longitudinal-mode …

Computer simulation of a 2.5-Gb/s intensity-modulated/direct-detected optical system with
high path dispersion is described. This simulation, based on single-mode laser diode rate …

A system model for analyzing the effects of dispersion when multilongitudinal-mode laser
diodes are used is presented. The analysis considers in a general manner the digital symbol …

This paper describes a new IM/DD optical transmission system simulation which
incorporates the impact of laser diode stochastic turn-on effects on system performance …

Analytical expressions for the second-order harmonic and the third-order intermodulation
distortions of laser diodes with optical feedback are derived. It is shown theoretically and …

For modulation frequencies with arbitrary frequency spacing the intermodulation distortions
of laser diodes have been investigated both theoretically and experimentally. The second …

A quantitative comparison has been made, both theoretically and experimentally, of signal-
induced noise in high-frequency, single-mode fiber-optic links using directly modulated …

Several properties of lasers used in high-speed optical transmission systems are described.
The characteristics of the modulation bandwidth transfer function and the relaxation …

Directly modulated semiconductor lasers exhibit a dynamic wavelength shift (chirping)
arising from gain-induced variations of the laser refractive index. The effect of laser chirping …

The effect of fiber dispersion on the performance of lightwave systems is analyzed for the
case where multimode semiconductor lasers operating near the zero-dispersion wavelength …