This paper describes the components ("software agents") that are needed in an autonomous robotic assembly system. Such a system is called "autonomous" if it is able to cope with all uncertainties in the real-world execution (control and sensing) of an assembly task that was planned off-line, and with the (re)planning itself. For each component, the paper answers the following three questions: What is needed in this component? What has already been achieved in (industrial and research) practice? And what are realistic expectations for the short to medium term future? The goal is to facilitate discussions about the future of robotic assembly, by providing a structured overview.Book subtitle: ASSEMBLY AND DISASSEMBLY IN THE TWENTY-FIRST CENTUR...
AbstractThis paper presents the vision and architectures, proposed by the EU project ROBO-PARTNER. T...
Agile manufacturing requires high responsiveness at all levels of a company, but is especially chall...
AbstractIn this paper an adaptive multiagent robotic assembly system is presented. State of the art ...
In this paper is described a new conception of the Cartesian robot for automated assembly and also d...
A promising approach to enabling the rapid deployment and reconfiguration of automated assembly syst...
AbstractThe paper presents a novel approach toward modeling and governing complex system behavior in...
Technology has sufficiently matured to enable, in principle, flexible and autonomous robotic assembl...
This book deals with a key area of industrial robotics - the automation of small batch assembly. Ass...
This paper gives an overview of our current research on force-controlled compliant motion. The goal ...
This report documents a three-year to develop technology that enables mobile robots to perform auton...
We present the principles, current work and plans for the EU-FP7 Project Semi Autonomous 3rd-Hand Ro...
Construction and assembly are complex and arduous tasks, especially when performed in hazardous envi...
One key to successful and fluent human-robot collaboration in disassembly processes is equipping the...
European industry and beyond, faces the challenge of becoming carbon neutral within an unprecedented...
Controlling and programming assembly robots to perform arbitrary tasks of manipulation even in well-...
AbstractThis paper presents the vision and architectures, proposed by the EU project ROBO-PARTNER. T...
Agile manufacturing requires high responsiveness at all levels of a company, but is especially chall...
AbstractIn this paper an adaptive multiagent robotic assembly system is presented. State of the art ...
In this paper is described a new conception of the Cartesian robot for automated assembly and also d...
A promising approach to enabling the rapid deployment and reconfiguration of automated assembly syst...
AbstractThe paper presents a novel approach toward modeling and governing complex system behavior in...
Technology has sufficiently matured to enable, in principle, flexible and autonomous robotic assembl...
This book deals with a key area of industrial robotics - the automation of small batch assembly. Ass...
This paper gives an overview of our current research on force-controlled compliant motion. The goal ...
This report documents a three-year to develop technology that enables mobile robots to perform auton...
We present the principles, current work and plans for the EU-FP7 Project Semi Autonomous 3rd-Hand Ro...
Construction and assembly are complex and arduous tasks, especially when performed in hazardous envi...
One key to successful and fluent human-robot collaboration in disassembly processes is equipping the...
European industry and beyond, faces the challenge of becoming carbon neutral within an unprecedented...
Controlling and programming assembly robots to perform arbitrary tasks of manipulation even in well-...
AbstractThis paper presents the vision and architectures, proposed by the EU project ROBO-PARTNER. T...
Agile manufacturing requires high responsiveness at all levels of a company, but is especially chall...
AbstractIn this paper an adaptive multiagent robotic assembly system is presented. State of the art ...