Co-training neural network-based infrared sensor array for natural gas monitoring

Sensors and Actuators A: Physical(2022)

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Abstract
•A low-cost and high-performance calibration method for infrared gas sensor arrays.•Performance optimization via low-cost unlabeled data.•Two MLPNNs with different data views and structures facilitate co-learning.•The method has high reliability while reducing calibration costs.•Similar schemes can be used for the quantification of other gas mixtures.
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Key words
Co-training MLPNN,Infrared gas sensor array,Unlabeled data,Natural gas
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