Self-calibrated Intelligent Optical Sensors and Systems: 25-26 October 1995, Philadelphia, PennsylvaniaAnbo Wang |
Contents
Selfcalibration of a noisy multiplesensor system with genetic algorithms 259402 | 20 |
Automatic and optimum sensing of Fresnel reflections in optical fiber systems with connectors | 31 |
Stabilization for intensitybased sensors using twowavelength ratio technique 259404 | 41 |
Copyright | |
23 other sections not shown
Common terms and phrases
accuracy algorithm angle applications band beam beat birefringence Bragg grating calibration cavity compensation components configuration connector core coupler coupling dependence detected detector determined developed diode displacement distributed effect EFPI electric electronic elements Equation error experimental fiber optic fiber-optic Figure filter fluorescence frequency fringe function given implementation increase intensity interference interferometer laser length light light source limited loss material maximum measurement method mirror mode modulation monitoring multiplexing noise obtained operation optical fiber optical fiber sensors OTDR output parameters path performance phase polarization position presented pressure produced range ratio reference reflection relative respectively response Sagnac scheme selected sensing sensitivity sensor head sensor system shift shown shown in Figure shows signal spectral spectrum stability strain structure technique temperature temperature sensor transmission unit variation wavelength