Add to ORKGThe paper proposes a novel algorithm based on Retinex theory and color transfer to get illumination invariance among images, taking one of the images as a reference. Most of the algorithms focus on eliminating the illumination effect of one image, while our method corrects the variable illumination among images. Therefore, the algorithm can be applied to target tracking, recognition, matching and 3D reconstruction to minish the illumination variations. Experiment results validate the method
Because of scene illumination or camera calibration, color appearance of the same object between dif...
International audienceThe ability of humans for color constancy, i.e. the ability to correct for col...
[[abstract]]In computer vision, color has always played an important role. Color can provide critica...
The paper proposes a novel algorithm based on Retinex theory and color transfer to get illumination ...
[[abstract]]In this paper we present a new illumination invariant color model for image matching and...
The human vision system has adaptation mechanisms that cannot be managed with the classic tri-stimul...
Solving the color constancy problem in many applications implies the understanding of chromatic adap...
An experimental analysis of chromatic equalization based on a new implementation of the Retinex algo...
Understanding chromatic adaptation is a necessary step to solve the color constancy problem for a va...
Illumination variation is one of the critical factors affecting face recognition rate. In the paper,...
An experimental analysis of chromatic equalization based on a new implementation of the Retinex algo...
Comunicació presentada al IS&T International Symposium on Electronic Imaging, celebrat del 14 al 18 ...
We present an algorithm which uses information from both surface reflectance and illumination variat...
We present an algorithm which uses information from both surface reflectance and illumination variat...
Retinex theory is introduced to show how the human visual system perceives the color and the illumin...
Because of scene illumination or camera calibration, color appearance of the same object between dif...
International audienceThe ability of humans for color constancy, i.e. the ability to correct for col...
[[abstract]]In computer vision, color has always played an important role. Color can provide critica...
The paper proposes a novel algorithm based on Retinex theory and color transfer to get illumination ...
[[abstract]]In this paper we present a new illumination invariant color model for image matching and...
The human vision system has adaptation mechanisms that cannot be managed with the classic tri-stimul...
Solving the color constancy problem in many applications implies the understanding of chromatic adap...
An experimental analysis of chromatic equalization based on a new implementation of the Retinex algo...
Understanding chromatic adaptation is a necessary step to solve the color constancy problem for a va...
Illumination variation is one of the critical factors affecting face recognition rate. In the paper,...
An experimental analysis of chromatic equalization based on a new implementation of the Retinex algo...
Comunicació presentada al IS&T International Symposium on Electronic Imaging, celebrat del 14 al 18 ...
We present an algorithm which uses information from both surface reflectance and illumination variat...
We present an algorithm which uses information from both surface reflectance and illumination variat...
Retinex theory is introduced to show how the human visual system perceives the color and the illumin...
Because of scene illumination or camera calibration, color appearance of the same object between dif...
International audienceThe ability of humans for color constancy, i.e. the ability to correct for col...
[[abstract]]In computer vision, color has always played an important role. Color can provide critica...