UAV 열적외 영상을 활용한 피복재질별 표면온도 특성 분석 = Analysis of Surface Temperature Characteristics by Land Surface Fabrics Using UAV TIR Images

다국어 초록 (Multilingual Abstract)

The purpose of this study was to analyze the surface temperature of surface fabrics using UAV TIR images, to mitigate problems in the thermal environment of urban areas. Surface temperature values derived from UAV images were compared with those measured in-situ during the similar period as when the images were taken. The difference in the in-situ measured and UAV image derived surface temperatures is the highest for gray colored concrete roof fabrics, at 17℃, and urethane fabrics show the lowest difference, at 0.3℃. The experiment power of the scatter plot of in-situ measured and UAV image derived surface temperatures was 63.75%, indicating that the correlation between the two is high. The surface fabrics with high temperature are metal roofs(48.9℃), urethane(43.4℃), and gray colored concrete roofs(42.9℃), and those with low temperature are barren land(30.2℃), area with trees and lawns(30.2℃), and white colored concrete roofs(34.9℃). These results show that accurate analysis of the thermal characteristics of surface fabrics is possible using UAV images. In future, it will be necessary to increase the usability of UAV images via comparison with in-situ data and linkage to satellite imagery.

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