We present a method for object detection based on global shape. A distance measure for elastic shape matching is derived, which is invariant to scale and rotation, and robust against nonparametric deformations. Starting from an over-segmentation of the image, the space of potential object boundaries is explored to find boundaries, which have high similarity with the shape template of the object class to be detected. An extensive experimental evaluation is presented. The approach achieves a remarkable detection rate of 91% at 0.2 false positives per image on a challenging data set.Konrad Schindler and David Sute
The problem of object recognition has been at the forefront of computer vision research in the last ...
International audienceWe present an object class detection approach which fully integrates the compl...
In this paper, we propose a novel approach for ob-ject detection via foreground feature selection an...
In this paper, we propose a novel framework for con-tour based object detection. Compared to previou...
International audienceWe present a family of scale-invariant local shape features formed by chains o...
International audienceWe present a family of scale-invariant local shape features formed by chains o...
This paper aims at detecting objects via a partial shape matching in unlabeled real images. As both ...
Humans have an amazing ability to localize and recognize object shapes from natural images with vari...
Humans have an amazing ability to localize and recognize object shapes from natural images with vari...
International audienceWe present a family of scale-invariant local shape features formed by chains o...
Humans have an amazing ability to localize and recognize object shapes from nat-ural images with var...
We present a family of scale-invariant local shape features formed by chains of k connected, roughly...
We present a family of scale-invariant local shape features formed by chains of k connected, roughly...
In this paper, we propose an approach for object detection via structural feature selection and part...
The problem of object recognition has been at the forefront of computer vision research in the last ...
The problem of object recognition has been at the forefront of computer vision research in the last ...
International audienceWe present an object class detection approach which fully integrates the compl...
In this paper, we propose a novel approach for ob-ject detection via foreground feature selection an...
In this paper, we propose a novel framework for con-tour based object detection. Compared to previou...
International audienceWe present a family of scale-invariant local shape features formed by chains o...
International audienceWe present a family of scale-invariant local shape features formed by chains o...
This paper aims at detecting objects via a partial shape matching in unlabeled real images. As both ...
Humans have an amazing ability to localize and recognize object shapes from natural images with vari...
Humans have an amazing ability to localize and recognize object shapes from natural images with vari...
International audienceWe present a family of scale-invariant local shape features formed by chains o...
Humans have an amazing ability to localize and recognize object shapes from nat-ural images with var...
We present a family of scale-invariant local shape features formed by chains of k connected, roughly...
We present a family of scale-invariant local shape features formed by chains of k connected, roughly...
In this paper, we propose an approach for object detection via structural feature selection and part...
The problem of object recognition has been at the forefront of computer vision research in the last ...
The problem of object recognition has been at the forefront of computer vision research in the last ...
International audienceWe present an object class detection approach which fully integrates the compl...
In this paper, we propose a novel approach for ob-ject detection via foreground feature selection an...