Identification and recognition of three dimensional (3D) objects in range data is a challenging problem. We propose a novel method to fulfill the task through two steps: 1) construct the feature signatures for the objects in the scene and the models in a 3D database; 2) based on the feature signature, find out the most similar model which decides the class of the corresponding object in the scene. We also evaluate the accuracy, robustness of the recognition method with several configurations. Our experimental results validate the effectiveness of our method
Abstract – This paper presents an effective and robust model-based 3D object recognition algorithm u...
An object recognition system is presented that uses CAD generated descriptions as the basis for auto...
3D object recognition is performed using a scale and orientation invariant feature extraction method...
In this paper a new method of modeling 30-objects for the interpretation of range images is describe...
Abstract. In this paper, we explore the use of local feature histograms for view-based recognition o...
A feature detector and a feature descriptor are presented, which are applicable to 3D range data. Th...
to distinguish similar objects from each other. According to Jain et al. [Jain et aI., 1995] a model...
This paper describes IMAGINE, a project investigating feature-based recog-nition of complex 3-D obje...
A method is proposed for recognizing and locating previously modelled objects from range images. The...
The improvements in 3D scanning technologies have led the necessity for managing range image databas...
International audienceIn this paper, we present a system that recognizes objects in a jumble, verifi...
The objectives of the project is to investigate research methodologies involving range maps: three d...
International audienceIn this paper, we present a system that recognizes objects in a jumble, verifi...
This thesis addresses the problem of learning object classification using multi-view range data. Cla...
The objectives of the project is to investigate research methodologies involving range maps: three d...
Abstract – This paper presents an effective and robust model-based 3D object recognition algorithm u...
An object recognition system is presented that uses CAD generated descriptions as the basis for auto...
3D object recognition is performed using a scale and orientation invariant feature extraction method...
In this paper a new method of modeling 30-objects for the interpretation of range images is describe...
Abstract. In this paper, we explore the use of local feature histograms for view-based recognition o...
A feature detector and a feature descriptor are presented, which are applicable to 3D range data. Th...
to distinguish similar objects from each other. According to Jain et al. [Jain et aI., 1995] a model...
This paper describes IMAGINE, a project investigating feature-based recog-nition of complex 3-D obje...
A method is proposed for recognizing and locating previously modelled objects from range images. The...
The improvements in 3D scanning technologies have led the necessity for managing range image databas...
International audienceIn this paper, we present a system that recognizes objects in a jumble, verifi...
The objectives of the project is to investigate research methodologies involving range maps: three d...
International audienceIn this paper, we present a system that recognizes objects in a jumble, verifi...
This thesis addresses the problem of learning object classification using multi-view range data. Cla...
The objectives of the project is to investigate research methodologies involving range maps: three d...
Abstract – This paper presents an effective and robust model-based 3D object recognition algorithm u...
An object recognition system is presented that uses CAD generated descriptions as the basis for auto...
3D object recognition is performed using a scale and orientation invariant feature extraction method...