Given a set of images of scenes containing different object categories (e.g. grass, roads) our objective is to discover these objects in each image, and to use this object occurrences to perform a scene classification (e.g. beach scene, mountain scene). We achieve this by using a supervised learning algorithm able to learn with few images to facilitate the user task. We use a probabilistic model to recognise the objects and further we classify the scene based on their object occurrences. Experimental results are shown and evaluated to prove the validity of our proposal. Object recognition performance is compared to the approaches of He et al. (2004) and Marti et al. (2001) using their own datasets. Furthermore an unsupervised method is impl...
The date of receipt and acceptance will be inserted by the editor Abstract This paper shows (i) impr...
This thesis aims at learning and predicting the fine-grained structure of visual object categories g...
From the issue entitled "Special issue on Machine Learning for Vision, Guest Editors: William Freema...
Given a set of images of scenes containing different object categories (e.g. grass, roads) our objec...
Abstract. Robust low-level image features have proven to be effective representations for a variety ...
Supervised learning of objects in images has been studied extensively as has the problem of finding ...
We approach the object recognition problem as the process of attaching meaningful labels to specific...
This thesis presents novel techniques for image recognition systems for better understanding image c...
We propose a probabilistic object classifier for outdoor scene analysis as a first step in solving t...
2010 Fall.Includes bibliographical references.Research in the field of object recognition suffers fr...
Recognizing objects in images is an active area of research in computer vision. In the last two deca...
Visual object localization and categorization is still a big challenge for current research and gets...
The task of scene understanding involves recognizing the different objects present in the scene, seg...
In this paper we aim to recognize scenes in images without using any scene images as training data. ...
There has been a growing interest in exploiting contextual information in addition to local features...
The date of receipt and acceptance will be inserted by the editor Abstract This paper shows (i) impr...
This thesis aims at learning and predicting the fine-grained structure of visual object categories g...
From the issue entitled "Special issue on Machine Learning for Vision, Guest Editors: William Freema...
Given a set of images of scenes containing different object categories (e.g. grass, roads) our objec...
Abstract. Robust low-level image features have proven to be effective representations for a variety ...
Supervised learning of objects in images has been studied extensively as has the problem of finding ...
We approach the object recognition problem as the process of attaching meaningful labels to specific...
This thesis presents novel techniques for image recognition systems for better understanding image c...
We propose a probabilistic object classifier for outdoor scene analysis as a first step in solving t...
2010 Fall.Includes bibliographical references.Research in the field of object recognition suffers fr...
Recognizing objects in images is an active area of research in computer vision. In the last two deca...
Visual object localization and categorization is still a big challenge for current research and gets...
The task of scene understanding involves recognizing the different objects present in the scene, seg...
In this paper we aim to recognize scenes in images without using any scene images as training data. ...
There has been a growing interest in exploiting contextual information in addition to local features...
The date of receipt and acceptance will be inserted by the editor Abstract This paper shows (i) impr...
This thesis aims at learning and predicting the fine-grained structure of visual object categories g...
From the issue entitled "Special issue on Machine Learning for Vision, Guest Editors: William Freema...