. Supervising robotic assembly of multi-functional objects by means of a computer vision system requires components to identify assembly operations and to recognize feasible assemblies of single objects. If the results of both components should be consistent there have to be common models providing knowledge about the intended application. However, if the assembly system should handle not only exactly specified tasks it is rather impossible to model every possible assembly or action explicitly. Therefore, based on a flexible approach to model and recognize bolted assemblies and a method to monitor a construction process we propose an approach to fuse the results of the action detection and the recognition of assemblies in order to realize a...
Chair of Advisory Committee: Dr. Cesar 0. Malave-- The goal of this Ee &t Ti is to combine compu...
We develop the task of assembly understanding by applying concepts from computer vision, robotics, a...
Abstract — In this paper, we present a new method for sensor fusion in robot assembly. In our approa...
Bauckhage C, Fritsch J, Kummert F, Sagerer G. Towards a Vision System for Supervising Assembly Proce...
Sagerer G, Bauckhage C, Braun E, et al. Structure and Process: Learning of Visual Models and Constru...
An automated assembly cell does not come with the luxury of intelligence. A non-adaptive robot manip...
Fritsch J, Brandt-Pook H, Sagerer G. Combining Planning and Dialog for Cooperative Assembly Construc...
During the past years, as part of the continuous research to increase productivity in industrial sec...
The using principles of control means of assembly operations in production are described. A methods ...
Abstract: This paper proposes an approach to developing a cyber-physical model-driven system that pe...
AbstractFlexible automatic assembly systems become the useful automation system for high mixed produ...
It is well known that success during robotic assemblies depends on the correct execution of the sequ...
This project focuses on the integration of Computer Vision (CV) and robotics to automate object asse...
The content of this thesis concerns the development and evaluation of a robotic cell used for automa...
This paper addresses issues related to the design and implementation of robotic assembly tasks. Spec...
Chair of Advisory Committee: Dr. Cesar 0. Malave-- The goal of this Ee &t Ti is to combine compu...
We develop the task of assembly understanding by applying concepts from computer vision, robotics, a...
Abstract — In this paper, we present a new method for sensor fusion in robot assembly. In our approa...
Bauckhage C, Fritsch J, Kummert F, Sagerer G. Towards a Vision System for Supervising Assembly Proce...
Sagerer G, Bauckhage C, Braun E, et al. Structure and Process: Learning of Visual Models and Constru...
An automated assembly cell does not come with the luxury of intelligence. A non-adaptive robot manip...
Fritsch J, Brandt-Pook H, Sagerer G. Combining Planning and Dialog for Cooperative Assembly Construc...
During the past years, as part of the continuous research to increase productivity in industrial sec...
The using principles of control means of assembly operations in production are described. A methods ...
Abstract: This paper proposes an approach to developing a cyber-physical model-driven system that pe...
AbstractFlexible automatic assembly systems become the useful automation system for high mixed produ...
It is well known that success during robotic assemblies depends on the correct execution of the sequ...
This project focuses on the integration of Computer Vision (CV) and robotics to automate object asse...
The content of this thesis concerns the development and evaluation of a robotic cell used for automa...
This paper addresses issues related to the design and implementation of robotic assembly tasks. Spec...
Chair of Advisory Committee: Dr. Cesar 0. Malave-- The goal of this Ee &t Ti is to combine compu...
We develop the task of assembly understanding by applying concepts from computer vision, robotics, a...
Abstract — In this paper, we present a new method for sensor fusion in robot assembly. In our approa...