The laser diode self-mixing (or feedback) interferometric technique is reviewed as a general
tool for remote sensing applications. The operating principle is outlined, and the attainable …

In this chapter, we discuss the oscillation conditions for semiconductor lasers and, then,
derive the rate equations, which are the starting points of the study of chaotic dynamics in …

We review laser diode feedback interferometry as a general tool for sensing applications.
After outlining the basic principles and the theoretical approaches used to describe the …

The self-mixing effect in laser diodes is reviewed as a general tool for remote sensing. After
introducing the operating principle of the optical feedback interferometry, we are describing …

A new approach for self-mixing interference in fiber ring laser and its application to vibration
measurement is presented. Fourier transform method is proposed to improve the …

A laser sensor using optical feedback interferometry has been designed to measure
displacements up to several micrometers. For this purpose, a lithium niobate crystal …

A dual-wavelength erbium-doped fiber (EDF) ring laser was developed and its application to
step-height measurement using two-wavelength self-mixing interferometry (SMI) was …

An optical fiber laser that can emit two wavelengths of laser simultaneously and each
wavelength is single-longitudinal-mode (SLM) has been developed, and its application to …

Optical feedback in semiconductor lasers (SLs) leads to very interesting complex dynamics,
rich in unexpected new phenomena that have been discussed in earlier chapters. The study …

A simple tunable dual-wavelength fiber laser was developed and multiple self-mixing
interferometry to large step height measurement was demonstrated. The fiber laser, which …