Relevant Evaluation and Comparative Study on Sunscreen and Sunburn Detection Effect Based on the Mirror Application of Huawei Mobile Phone
CAO Bao
WU Wenyu
FU Ao
NI Chunya
CUI Song
CHEN Shenfei
XU Wenqian
YAO Qi
Abstract:The skin is an indispensable and important organ of the human body,and the harmful effects of external factors including UV radiation on human skin health cannot be ignored.Therefore,the quantitative evaluation and analysis of external influencing factors,skin characteristic parameters,and preventive effect have always been widely concerned by researchers.This article is dedicated to exploring the research on the three aspects including the mirror application of Huawei mobile phone about sunscreen effect,sunburn and UV intensity detection.Comparison of the results captured by Huawei mobile phone and images captured by VISIA,as well as comparison of relevant analysis between Huawei mobile phone and VISIA.Finally,the difference between Huawei mobile phone and UV illuminance meter is also explored.This article verifies that the internal algorithm of Huawei mobile phone has good detection performance about sunscreen effect.The difference between the images captured by the professional mode of Huawei mobile phone and VISIA is also within an acceptable range.Statistical analysis shows a high positive correlation between the number of pixels in the sunscreen area of the both.In addition,the mirror application of Huawei mobile phone has good UV sunburn detection ability,and the calculated absolute ratio is not significantly different from VISIA.And further statistical analysis confirmed that both of them have a high positive correlation in sunburn detection.Moreover,its accuracy in detecting UV illumination is basically consistent with the measurement results of commercial UV illuminometer.
Keywords:mirror of Huawei mobile phonesunscreen detection of Huawei mobile phonesunburn detectionVISIAUV intensity detection
Publication Date:2023-12-28
Online Publishing Date:2025-08-15(First online date of this platform, not the publication date of the document)
Pages:8( 95-101,113 )
China Illuminating Engineering Journal

China Illuminating Engineering Journal

ISSN:1004-440X
Year, Vol.(Issue):2023,34(6)