This paper presents a novel object detection method using a single instance from the object category. Our method uses biologically inspired global scene context criteria to check whether every individual location of the image can be naturally replaced by the query instance, which indicates whether there is a similar object at this location. Different from the traditional detection methods that only look at individual locations for the desired objects, our method evaluates the consistency of the entire scene. It is therefore robust to large intra-class variations, occlusions, a minor variety of poses, low-revolution conditions, background clutter etc., and there is no off-line training. The experimental results on four datasets and two video...
Humans are able to recognize objects in a scene almost effortlessly. Our visual system can easily ha...
Local features are important building blocks for many computer vision algorithms such as visual obje...
Humans are able to recognize objects in a scene almost effortlessly. Our visual system can easily ha...
Generic person detection is an ill-posed problem as con-text is widely ignored. Local context can be...
In this paper, we present a novel approach for multiclass object detection by combining local appear...
Scene understanding is one of the holy grails of computer vision. Despite decades of research on sce...
Recognizing objects in images is an active area of research in computer vision. In the last two deca...
A visual instance is a visually unique entity (e.g., Brooklyn bridge), or a set of entities with ide...
In this paper we aim to recognize scenes in images without using any scene images as training data. ...
This work describes an object detection system which integrates flexible spatial context constraints...
There has been a growing interest in exploiting contextual information in addition to local features...
Indoor scene recognition and semantic information can be useful for social robots. Recently, in the ...
This thesis presents a general trainable framework for object detection in static images of cluttere...
Abstract. Context plays an important role in general scene percep-tion. In particular, it can provid...
This work describes an object detection system which integrates flexible spatial context constraints...
Humans are able to recognize objects in a scene almost effortlessly. Our visual system can easily ha...
Local features are important building blocks for many computer vision algorithms such as visual obje...
Humans are able to recognize objects in a scene almost effortlessly. Our visual system can easily ha...
Generic person detection is an ill-posed problem as con-text is widely ignored. Local context can be...
In this paper, we present a novel approach for multiclass object detection by combining local appear...
Scene understanding is one of the holy grails of computer vision. Despite decades of research on sce...
Recognizing objects in images is an active area of research in computer vision. In the last two deca...
A visual instance is a visually unique entity (e.g., Brooklyn bridge), or a set of entities with ide...
In this paper we aim to recognize scenes in images without using any scene images as training data. ...
This work describes an object detection system which integrates flexible spatial context constraints...
There has been a growing interest in exploiting contextual information in addition to local features...
Indoor scene recognition and semantic information can be useful for social robots. Recently, in the ...
This thesis presents a general trainable framework for object detection in static images of cluttere...
Abstract. Context plays an important role in general scene percep-tion. In particular, it can provid...
This work describes an object detection system which integrates flexible spatial context constraints...
Humans are able to recognize objects in a scene almost effortlessly. Our visual system can easily ha...
Local features are important building blocks for many computer vision algorithms such as visual obje...
Humans are able to recognize objects in a scene almost effortlessly. Our visual system can easily ha...