Outdoor images taken in bad weather (e.g., foggy or hazy) usually lose contrast and
fidelity, resulting from the fact that light is absorbed and scattered by the turbid medium
such as particles and water droplets in the atmosphere during the process of propagation.
Moreover, most automatic systems, which strongly depend on the definition of the input
images, fail to work normally caused by the degraded images. Therefore, image dehazing
as a pre-processing restoration [1, 2, 3] step will benefit various algorithms that require
image/video analysis.
Outdoor images taken in bad weather (e.g., foggy or hazy) usually lose contrast andfidelity, resulting from the fact that light is absorbed and scattered by the turbid mediumsuch as particles and water droplets in the atmosphere during the process of propagation.Moreover, most automatic systems, which strongly depend on the definition of the inputimages, fail to work normally caused by the degraded images. Therefore, image dehazingas a pre-processing restoration [1, 2, 3] step will benefit various algorithms that requireimage/video analysis.
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