Shadow detection is of broad interest in computer vision. In this article, a new shadow detection method for single color images in outdoor scenes is proposed. Shadows attenuate pixel intensity, and the degrees of attenuation are different in the three RGB color channels. Previously, we proposed the Tricolor Attenuation Model (TAM) that describes the attenuation relationship between shadows and their non-shadow backgrounds in the three color channels. TAM can provide strong information on shadow detection; however, our previous study needs a rough segmentation as the pre-processing step and requires four thresholds. These shortcomings can be overcome by adding intensity information. This article addresses the problem of how to combine TAM a...
Abstract-- In this paper, we address the problem of shadow detection and removal from still images o...
Shadow detection is an important aspect of foreground/ background classification. Many techniques ex...
In this paper, we present a shadow generation method based on our previous tricolor linear attention...
Shadow detection is of broad interest in computer vision. In this article, a new shadow detection me...
AbstractShadow detection is of broad interest in computer vision. In this article, a new shadow dete...
Shadows, the common phenomena in most outdoor scenes, bring many problems in image processing and co...
Shadows, the common phenomena in most outdoor scenes, bring many problems in image processing and co...
Shadows bring some undesirable problems in computer vision, such as object detecting in outdoor scen...
Shadows bring some undesirable problems in computer vision, such as object detecting in outdoor scen...
AbstractComputer vision methods need to deal with shadows explicitly because shadows often have a ne...
Presently present TAM FD, a novel expansion of tricolor constriction model custom fitted for the dif...
Shadow detection is an important aspect of foreground/background classification. Many techniques exi...
Shadow detection is an important aspect of foreground/background classification. Many techniques exi...
Abstract: Shadows exist in almost all aerial and outdoor images, and they can be useful for estimati...
AbstractShadow detection and removal in real scene images are always a significant problem. This wor...
Abstract-- In this paper, we address the problem of shadow detection and removal from still images o...
Shadow detection is an important aspect of foreground/ background classification. Many techniques ex...
In this paper, we present a shadow generation method based on our previous tricolor linear attention...
Shadow detection is of broad interest in computer vision. In this article, a new shadow detection me...
AbstractShadow detection is of broad interest in computer vision. In this article, a new shadow dete...
Shadows, the common phenomena in most outdoor scenes, bring many problems in image processing and co...
Shadows, the common phenomena in most outdoor scenes, bring many problems in image processing and co...
Shadows bring some undesirable problems in computer vision, such as object detecting in outdoor scen...
Shadows bring some undesirable problems in computer vision, such as object detecting in outdoor scen...
AbstractComputer vision methods need to deal with shadows explicitly because shadows often have a ne...
Presently present TAM FD, a novel expansion of tricolor constriction model custom fitted for the dif...
Shadow detection is an important aspect of foreground/background classification. Many techniques exi...
Shadow detection is an important aspect of foreground/background classification. Many techniques exi...
Abstract: Shadows exist in almost all aerial and outdoor images, and they can be useful for estimati...
AbstractShadow detection and removal in real scene images are always a significant problem. This wor...
Abstract-- In this paper, we address the problem of shadow detection and removal from still images o...
Shadow detection is an important aspect of foreground/ background classification. Many techniques ex...
In this paper, we present a shadow generation method based on our previous tricolor linear attention...