This paper provides a qualitative review of different object recognition techniques relevant for near-proximity Human- Robot Interaction. These techniques are divided into three categories: 2D correspondence, 3D correspondence and nonvision based methods. For each technique an implementation is chosen that is representative of the existing technology to provide a broad review to assist in selecting an appropriate method for tabletop object recognition manipulation. For each of these techniques we give their strengths and weaknesses based on defined criteria. We then discuss and provide recommendations for each of them
This thesis presents a perceptual system for a humanoid robot that integrates abilities such as obj...
A key challenge in robotic systems is how to interpret all the data coming from the sensors on-board...
One major difficulty in computational object recognition lies in the fact that a 3D object can be se...
Title from PDF of title page (University of Missouri--Columbia, viewed on September 10, 2013).The en...
During grasping and intelligent robotic manipulation tasks, the camera position relative to the scen...
Localizing and recognition of objects are critical problems for indoor manipulation tasks. This pape...
The work explained in this technical report is about evaluating some recent algorithms to grasp unfo...
This thesis studies computer vision and its applications in robotics. In particular, the thesis cont...
Abstract. In this paper, a scene perception and recognition module aimed at use in typical industria...
The ability to recognize and manipulate unknown objects is crucial for any robot to successfully wor...
The objective of this thesis is to develop a model-based object recognition system for 6 DoF localiz...
The new generation of collaborative robots allows the use of small robot arms working with human wor...
A robot must recognize objects in its environment in order to complete numerous tasks. Significant p...
Robotics, AI and automation; search for these words and two things become apparent. An era of automa...
This original publication is available at www.springerlink.comObject recognition is a key feature fo...
This thesis presents a perceptual system for a humanoid robot that integrates abilities such as obj...
A key challenge in robotic systems is how to interpret all the data coming from the sensors on-board...
One major difficulty in computational object recognition lies in the fact that a 3D object can be se...
Title from PDF of title page (University of Missouri--Columbia, viewed on September 10, 2013).The en...
During grasping and intelligent robotic manipulation tasks, the camera position relative to the scen...
Localizing and recognition of objects are critical problems for indoor manipulation tasks. This pape...
The work explained in this technical report is about evaluating some recent algorithms to grasp unfo...
This thesis studies computer vision and its applications in robotics. In particular, the thesis cont...
Abstract. In this paper, a scene perception and recognition module aimed at use in typical industria...
The ability to recognize and manipulate unknown objects is crucial for any robot to successfully wor...
The objective of this thesis is to develop a model-based object recognition system for 6 DoF localiz...
The new generation of collaborative robots allows the use of small robot arms working with human wor...
A robot must recognize objects in its environment in order to complete numerous tasks. Significant p...
Robotics, AI and automation; search for these words and two things become apparent. An era of automa...
This original publication is available at www.springerlink.comObject recognition is a key feature fo...
This thesis presents a perceptual system for a humanoid robot that integrates abilities such as obj...
A key challenge in robotic systems is how to interpret all the data coming from the sensors on-board...
One major difficulty in computational object recognition lies in the fact that a 3D object can be se...