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We propose a coupled add-drop ring resonator configuration for highly sensitive sensing. We theoretically examine the asymmetric Fano lineshapes of the two output ports of the proposed structure. The sharpness and the asymmetricity of the Fano resonance are linked to the high sensitivity. We theoretically calculate the sensitivity of the proposed coupled add-drop ring resonator as a sensor. The sensitivities...
We propose a double-ring resonators (DRR) Mach-Zehnder (M-Z) interferometer for highly sensitive temperature sensing. We theoretically calculate the sensitivity of the configuration as a temperature sensor. The sensitivity of our configuration can achieve 481.24 / °C, which is enhanced by 140 / °C compared to that of single-ring resonator (SRR) M-Z interferometer. Furthermore, we discuss the relationship...
We propose an add-drop fiber ring resonator (AFRR) coupled Mach-Zehnder (M-Z) interferometer for highly sensitive sensing. Theoretically it is shown that the sensitivity of such an interferometer can be much higher than that of a single fiber ring resonator (SFRR) coupled M-Z interferometer as a result of the dispersion properties of the add-drop ring resonator. The sensitivity of our configuration...
This paper presents a solution in intelligent system which based on multi-agent sensor-network and information fusion technologies. It through analysis and mine the unique advantages of the three technologies and the existence problems of single technology, according to the need of the intelligent system in multiplex dynamical multi-variant environment, using method of similar to the human brain and...
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