The robot control problem is discussed with regard to controller implementation on a multitransputer array. Some high-performance aspects required of such controllers are described, with particular reference to robot force control. The implications for the architecture required for controllers based on computed torque are discussed and an example is described. The idea of treating a transputer array as a virtual bus is put forward for the implementation of fast real-time controllers. An example is given of controlling a Puma 560 industrial robot. Some of the practical considerations for using transputers for such control are described
This paper presents the different possibilities for parallel processing in robot control architectur...
In this paper, progress efforts towards an open control architecture for a PUMA 560 manipulator are ...
In recent years the need for advanced robot control algorithms for industrial robots has grown. The ...
The robot control problem is discussed with regard to controller implementation on a multitransputer...
A parallel processor architecture based on a communicating sequential processor chip, the transputer...
The applicability of transputers in control systems is investigated. This is done by implementing a ...
Development of advanced robot applications often require more complex controllers than conventional ...
The applicability of transputers in control systems is investigated. This is done by implementing a ...
This research aims "to develop a controller based on dynamics for high speed and high performance ro...
This paper describes a software development environment currently being built at the University of N...
In the last decades robot control has been an area of active research and development. Mechanical ma...
This paper describes a fully implemented computational architecture that controls the Utah-MIT dex...
An advanced robot control system joining a GMF A-500 industrial arm with a network of Inmos Transput...
This documentation reports on the first phase of the EPSRC project- "Advanced Real-Time Control Algo...
A cost-effective architecture for the control of robot manipulators based on functional decompositio...
This paper presents the different possibilities for parallel processing in robot control architectur...
In this paper, progress efforts towards an open control architecture for a PUMA 560 manipulator are ...
In recent years the need for advanced robot control algorithms for industrial robots has grown. The ...
The robot control problem is discussed with regard to controller implementation on a multitransputer...
A parallel processor architecture based on a communicating sequential processor chip, the transputer...
The applicability of transputers in control systems is investigated. This is done by implementing a ...
Development of advanced robot applications often require more complex controllers than conventional ...
The applicability of transputers in control systems is investigated. This is done by implementing a ...
This research aims "to develop a controller based on dynamics for high speed and high performance ro...
This paper describes a software development environment currently being built at the University of N...
In the last decades robot control has been an area of active research and development. Mechanical ma...
This paper describes a fully implemented computational architecture that controls the Utah-MIT dex...
An advanced robot control system joining a GMF A-500 industrial arm with a network of Inmos Transput...
This documentation reports on the first phase of the EPSRC project- "Advanced Real-Time Control Algo...
A cost-effective architecture for the control of robot manipulators based on functional decompositio...
This paper presents the different possibilities for parallel processing in robot control architectur...
In this paper, progress efforts towards an open control architecture for a PUMA 560 manipulator are ...
In recent years the need for advanced robot control algorithms for industrial robots has grown. The ...