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Irradiance Restoration Based Shadow Compensation Approach for High Resolution Multispectral Satellite Remote Sensing Images [PDF]
Sensors, 2020 Numerous applications are hindered by shadows in high resolution satellite remote sensing images, like image classification, target recognition and change detection. In order to improve remote sensing image utilization, significant importance appears for
Hongyin Han, Chengshan Han
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Compensation Method for Shadow Effect of Mine Ultrasonic Anemometer [PDF]
IEEE Access, 2021 The ultrasonic anemometer is widely used in the field of wind speed measurement in the coal mine. To compensate for the error of wind speed caused by the shadow effect, we propose a method based on kernel extreme learning machine combined with particle ...
Zhenguan Cao +4 more
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Shadow Detection and Compensation from Remote Sensing Images under Complex Urban Conditions
Remote Sensing, 2021 Due to the block of high-rise objects and the influence of the sun’s altitude and azimuth, shadows are inevitably formed in remote sensing images particularly in urban areas, which causes missing information in the shadow region.
Zhou Tingting, Haoyang Fu
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Applied Sciences (Switzerland), 2023 As clouds of different thicknesses block sunlight, large areas of cloud shadows with varying brightness can appear on the ground. Cloud shadows in high-resolution remote sensing images lead to uneven loss of image feature information.
Bo Liu
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Remote Sensing, 2022 Due to imaging and lighting directions, shadows are inevitably formed in unmanned aerial vehicle (UAV) images. This causes shadowed regions with missed and occluded information, such as color and texture details.
Hong Wei
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Shadow Compensation from UAV Images Based on Texture-Preserving Local Color Transfer
Remote Sensing, 2022 The lack of color information and texture information in the shadow region seriously affect the recognition and interpretation of remote sensing image information. The commonly used methods focus on the restoration of texture information, but it is often
Hong Wei
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Shadow detection and compensation for color aerial images [PDF]
Geo-Spatial Information Science, 2003 A method for shadow detection and compensation for color aerial images is presented. It is considered that the intensity value of each image pixel is the product of illumination function and ground object reflection, and the shadowed regions on the image are mainly caused by the short of illumination, so the information compensation for the shadowed ...
Deren Li
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Applied Sciences (Switzerland), 2020 Current automatic shadow compensation methods often suffer because their contrast improvement processes are not self-adaptive and, consequently, the results they produce do not adequately represent the real objects.
Mingwei Wang +2 more
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SCSCTS: An improved SCS+C topographic correction model with shadow compensation for mountainous regions. [PDF]
PLoS ONETopographic effects substantially distort surface reflectance and vegetation indices in mountainous regions, leading to systematic biases in ecological and biophysical parameter retrievals.
Xuanying Shen +7 more
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Applied Sciences (Switzerland)Shadows in hyperspectral images lead to reduced spectral intensity and changes in spectral characteristics, significantly hindering analysis and applications.
Guanyi Li
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