The semiconductor laser rate equations are rewritten using a new set of parameters which
can all be found from steady state and small signal measurements on the laser. Procedures …

This work reports on a systematic investigation of the influence of optical feedback in
InAs/GaAs quantum dot lasers epitaxially grown on silicon. The boundaries associated to …

A self-consistent numerical approach is demonstrated to analyze intensity and phase noise
from experimentally extracted parameters for a continuous-wave distributed feedback (DFB) …

We propose a highly efficient spatiotemporal vertical-cavity surface-emitting laser (VCSEL)
model aimed at optimizing entire optical links. It is based on two-dimensional (2-D) rate …

The sensitivity to optical feedback of 1.55-mum antireflection (AR)/high-reflection (HR) DFB
semiconductor lasers is presented in this paper. The onset of the coherence collapse, which …

A general method for evaluating the feedback sensitivity of semiconductor lasers is
proposed based on Green's functions approach. The rate equations derived in this paper …

All-optical networks will require low-cost laser sources. In order to reduce the packaging cost
and to design a module without optical isolator, the 2.5-Gb/s 300-ps/nm transmission …

Laser diodes with optical feedback are numerically modeled using single-mode rate
equations. The effects of the optical feedback on the pulse turn-on delay and timing jitter are …

A cost-efficient and low-complexity optical input/output (I/O) packaging solution is a
substantial challenge for volume production of photonic integrated circuits. To address this …

The onset of the coherence-collapse threshold is theoretically and experimentally studied for
monomode 1.3-μm antireflection/high reflection distributed-feedback lasers taking into …