The emerging field of telerobotics places new demands on control system architecture to allow both autonomous operations and natural human-machine interfacing. The feasibility of multiprocessor systems performing parallel control computations is realizable. A practical distribution of control processors is presented and the issues involved in the realization of this architecture are discussed. A prototype dual axis controller based on the NOVIX computer is described, and results of its implementation are discussed. Application of this type of control system to a replicated, redundant manipulator system is also described
This paper describes a new control architecture for telerobotics research. The architecture describe...
This research work focuses on development of a framework for designing a telerobotic system controll...
This Master of Science project concerns the design and development of a flexible microprocessor-base...
Practical aspects of the design and implementation of a modular, high performance, parallel computer...
Modern telerobot control technology requires the integration of symbolic and non-symbolic programmin...
The analysis and development of a manipulator redundant in structure and sensor devices controlled b...
The computing architecture of a novel dual-arm teleoperation system is described. The novelty of thi...
Analysis of a robot control system leads to a broad range of processing requirements. One fundamenta...
The paper proposes an architecture and implementation of a motion control system, with a master-slav...
The capability for a single operator to simultaneously control complex remote multi degree of freedo...
Manipulator arm construction has changed little over the decades and is unlikely to change radically...
This paper presents a modular control architecture for multi-arm telerobotic systems. It provides a ...
Ongoing MIT research in telerobotics (vehicles capable of some autonomous sensing and manipulating, ...
A distributed computing and control architecture for sensor-based control of a dual arm system is de...
This paper is aimed at increasing the number of possible architectures of distributed control system...
This paper describes a new control architecture for telerobotics research. The architecture describe...
This research work focuses on development of a framework for designing a telerobotic system controll...
This Master of Science project concerns the design and development of a flexible microprocessor-base...
Practical aspects of the design and implementation of a modular, high performance, parallel computer...
Modern telerobot control technology requires the integration of symbolic and non-symbolic programmin...
The analysis and development of a manipulator redundant in structure and sensor devices controlled b...
The computing architecture of a novel dual-arm teleoperation system is described. The novelty of thi...
Analysis of a robot control system leads to a broad range of processing requirements. One fundamenta...
The paper proposes an architecture and implementation of a motion control system, with a master-slav...
The capability for a single operator to simultaneously control complex remote multi degree of freedo...
Manipulator arm construction has changed little over the decades and is unlikely to change radically...
This paper presents a modular control architecture for multi-arm telerobotic systems. It provides a ...
Ongoing MIT research in telerobotics (vehicles capable of some autonomous sensing and manipulating, ...
A distributed computing and control architecture for sensor-based control of a dual arm system is de...
This paper is aimed at increasing the number of possible architectures of distributed control system...
This paper describes a new control architecture for telerobotics research. The architecture describe...
This research work focuses on development of a framework for designing a telerobotic system controll...
This Master of Science project concerns the design and development of a flexible microprocessor-base...