MO Chang-tao, HUAN Shuai, WANG Guang-ming etc. Influence of Environmental Factors on The Detection Performance of Monochromatic Infrared LED Devices Optimization Algorithm[J]. Chinese Journal of Luminescence, 2018,39(8): 1123-1127
MO Chang-tao, HUAN Shuai, WANG Guang-ming etc. Influence of Environmental Factors on The Detection Performance of Monochromatic Infrared LED Devices Optimization Algorithm[J]. Chinese Journal of Luminescence, 2018,39(8): 1123-1127 DOI: 10.3788/fgxb20183908.1123.
Influence of Environmental Factors on The Detection Performance of Monochromatic Infrared LED Devices Optimization Algorithm
The transmitting power of monochromatic infrared LED device is affected by such factors as transmission distance
operating current of light source and operating frequency
and all factors should be considered as the influencing factors of non-steady change. Through the experimental calibration and curve fitting to establish its impact model
we can further optimize the multi-parameter system through the biogeography optimization algorithm to directly determine the optimal parameter conditions. The use of biogeography optimization algorithm is a global optimization algorithm
which is very suitable for the comprehensive treatment of different physical mechanisms of various external factors on the monochromatic infrared LED device transmit power. The method can solve the bottleneck problem of paper moisture measurement technology and improve the measurement accuracy.
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