This paper presents a concept for reconfigurable sensor based robotics for industrial manufacturing applications. Within the concept a robot system is able to carry out tasks autonomously or it can be operated with human in the loop. The robot actions are based on sensory operations, able to support both non-contact sensing as well as physical interaction. A modern industrial robot provides an excellent, easy to adjust platform for reconfigurable sensor based robotics. The new concept is explained in details in different phases with examples in laboratory or industrial environments. ©2009 IEEE
This paper aims to show how sensor networks can be used to effectively allow industrial robots to ha...
Manual work is the key source of skill and ingenuity in industrial manufacturing. At the same time, ...
In this paper a concept for industrial ubiquitous robotics is presented. The concept combines two di...
Recent research in industrial robotics aims at the involvement of additional sensoric devices to imp...
To allow a faster deployment of industrial robots and therefore to enable an economic deployment in ...
Modern production systems are in principle distinguished by their flexiblity in terms of adaptable i...
Many promising robotics research results were obtained during the late 1970s and early 1980s. Some e...
The requirement for more sophisticated sensor based robot systems places particular stress on the de...
Most robots today can trace their origin to early industrial robot designs. Much of the technology t...
This paper considers modeling and design of configurable autonomous robot systems and gives outlines...
Presented in this paper is an advanced robot control system which is used as a research and test env...
Robotics research continuously seeks to improve productivity in manufacturing automation. With the r...
This PhD thesis presents topics related to sensor-based real-time robot control in applied automatio...
Bin picking is a typical work, which is easy to automate up to a given complexity of the work-piece ...
For flexible manufacturing, namely parts assembly, the development of robot manipulators with the ca...
This paper aims to show how sensor networks can be used to effectively allow industrial robots to ha...
Manual work is the key source of skill and ingenuity in industrial manufacturing. At the same time, ...
In this paper a concept for industrial ubiquitous robotics is presented. The concept combines two di...
Recent research in industrial robotics aims at the involvement of additional sensoric devices to imp...
To allow a faster deployment of industrial robots and therefore to enable an economic deployment in ...
Modern production systems are in principle distinguished by their flexiblity in terms of adaptable i...
Many promising robotics research results were obtained during the late 1970s and early 1980s. Some e...
The requirement for more sophisticated sensor based robot systems places particular stress on the de...
Most robots today can trace their origin to early industrial robot designs. Much of the technology t...
This paper considers modeling and design of configurable autonomous robot systems and gives outlines...
Presented in this paper is an advanced robot control system which is used as a research and test env...
Robotics research continuously seeks to improve productivity in manufacturing automation. With the r...
This PhD thesis presents topics related to sensor-based real-time robot control in applied automatio...
Bin picking is a typical work, which is easy to automate up to a given complexity of the work-piece ...
For flexible manufacturing, namely parts assembly, the development of robot manipulators with the ca...
This paper aims to show how sensor networks can be used to effectively allow industrial robots to ha...
Manual work is the key source of skill and ingenuity in industrial manufacturing. At the same time, ...
In this paper a concept for industrial ubiquitous robotics is presented. The concept combines two di...