This paper presents a matching method which is based on invariants of the luminance function. This makes matching possible in the case of important geometric transformations between images. The method is robust to occlusion, as local properties of the image signal are used. We propose to use differential measures invariant to rotations in a multi-scale framework. Promising results are obtained which might be used for a variety of applications
Textures within real images vary in brightness, contrast, scale and skew as imaging conditions chang...
International audienceOne big challenge in computer vision is to extract robust and discriminative l...
International audienceWe describe two image matching techniques that owe their success to a combinat...
National audienceThis paper presents an alternative to standard matching methods . Its main novel fe...
International audienceWe are addressing the problem of matching images of scene or of objects when a...
This report present a non parametric matching method based on non parametric invariants to geometry ...
Article dans revue scientifique avec comité de lecture.Image matching consists of finding features i...
In this paper we present a new method for point matching in stereoscopic color images. Our approach ...
Abstract — Local invariant features have been successfully used in image matching to cope with viewp...
National audienceThis paper presents a new method for image matching in the presence of large scale ...
In this paper, we present a new method for matching points in stereoscopic, uncalibrated color image...
We propose a rotationally invariant similarity measure as a modification of the well-known block mat...
This paper proposes an algorithm for matching line segments between two images which are related by ...
In this report we address the problem of matching two images with two different resolutions: a high-...
We propose a novel framework to build descriptors of local intensity that are invariant to general d...
Textures within real images vary in brightness, contrast, scale and skew as imaging conditions chang...
International audienceOne big challenge in computer vision is to extract robust and discriminative l...
International audienceWe describe two image matching techniques that owe their success to a combinat...
National audienceThis paper presents an alternative to standard matching methods . Its main novel fe...
International audienceWe are addressing the problem of matching images of scene or of objects when a...
This report present a non parametric matching method based on non parametric invariants to geometry ...
Article dans revue scientifique avec comité de lecture.Image matching consists of finding features i...
In this paper we present a new method for point matching in stereoscopic color images. Our approach ...
Abstract — Local invariant features have been successfully used in image matching to cope with viewp...
National audienceThis paper presents a new method for image matching in the presence of large scale ...
In this paper, we present a new method for matching points in stereoscopic, uncalibrated color image...
We propose a rotationally invariant similarity measure as a modification of the well-known block mat...
This paper proposes an algorithm for matching line segments between two images which are related by ...
In this report we address the problem of matching two images with two different resolutions: a high-...
We propose a novel framework to build descriptors of local intensity that are invariant to general d...
Textures within real images vary in brightness, contrast, scale and skew as imaging conditions chang...
International audienceOne big challenge in computer vision is to extract robust and discriminative l...
International audienceWe describe two image matching techniques that owe their success to a combinat...