Microbending optical fiber sensors based on bend-induced loss in optical fiber have proved
themselves useful for detecting environmental changes. Many different mechanical …

In this paper, a processing scheme based on the morphological similarities of speckle
patterns is proposed to extend the dynamic range of Fiber Specklegram Sensors (FSS). The …

A specklegram in a multimode fiber (MMF) has successfully been used as a sensor for
detecting external disturbance. Our experiments showed that the sensitivity in the sensor …

Fiber optic smart structures have been developed over several decades by the recent fiber
optic sensor technology. Optical intensity-based sensors, which use LD or LEDs, can be …

An optical path length of a plastic multi-mode fibre was measured using a simple method for
the purpose of sensor use. A single optical pulse is launched from one end of a fibre, and …

Conclusions Buried fiber intrusion detection by calculating the changes in the spatial
distribution of energy in the output of a multimode optical fiber has been demonstrated. An …

The impact of the distance between the receiving fibers on the sensitivity of the twin
receiving fiber displacement sensor based on the intensity modulation technique has been …

In this paper, a Fiber Specklegram Sensor (FSS) based on Plastic Optical Fiber (POF) has
been proposed with a reflection-based configuration. A HeNe laser is launched through a …

A new technique for measuring a time-varying optical fiber strain Page 1 Frl-2 A New
Technique for Measuring a time-varying Optical Fiber Strain Osamu OGAWA”, Mitsuru …

In this paper, we report some results about the effects of varying the wavelength in a
structure of a non-holographic fiber specklegram sensor. In these arrangements, the speckle …