International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with traditional state-of-the-art approach, on benchmark data with reference. Dehazenet estimates the depth map from a single color image, which is used to inverse the Koschmieder model of imaging in the presence of haze. In this sense, the solution is still attached to the Koschmieder model. We demonstrate that this method exhibits the same limitation than other inversions of this imaging model
Model-based single image dehazing algorithms restore images with sharp edges and rich details at the...
Images taken in haze weather are characteristic of low contrast and poor visibility. The conventiona...
Aerial observation is usually affected by the Earth’s atmosphere, especially when haze exists. Deep ...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
Photos taken in hazy weather are usually covered with white masks and lose important details. Haze r...
Eliminating haze interference in images is still a challenging problem. In this paper, we consider m...
With the development of convolutional neural networks, hundreds of deep learning based dehazing meth...
Model-based single image dehazing algorithms restore images with sharp edges and rich details at the...
Images taken in haze weather are characteristic of low contrast and poor visibility. The conventiona...
Aerial observation is usually affected by the Earth’s atmosphere, especially when haze exists. Deep ...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning , Dehazenet, with t...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
International audienceWe compare a recent dehazing method based on deep learning, Dehazenet, with tr...
Photos taken in hazy weather are usually covered with white masks and lose important details. Haze r...
Eliminating haze interference in images is still a challenging problem. In this paper, we consider m...
With the development of convolutional neural networks, hundreds of deep learning based dehazing meth...
Model-based single image dehazing algorithms restore images with sharp edges and rich details at the...
Images taken in haze weather are characteristic of low contrast and poor visibility. The conventiona...
Aerial observation is usually affected by the Earth’s atmosphere, especially when haze exists. Deep ...