Teleoperation (remote manipulation) will someday supplement/minimize astronaut extravehicular activity in space to perform such tasks as satellite servicing and repair, and space station construction and servicing. This technology is being investigated by NASA with teleoperation of two space-related tasks having been demonstrated at the Oak Ridge National Lab. The teleoperator experiments are discussed and the results of these experiments are summarized. The related equipment design recommendations are also presented. In addition, a general discussion of equipment design for teleoperation is also presented
A method for apportioning crew-telerobot tasks has been derived to facilitate the design of a crew-f...
One of the major issues impacting the utility of telerobotic systems for space is the development of...
NASA Headquarters' Office of Advanced Concepts and Technology (OACT) joined efforts with Johnson Spa...
The Flight Telerobotic Servicer (FTS), a multiple arm dexterous manipulation system, will aid in the...
The capability to remotely, robotically perform space assembly, inspection, servicing, and science f...
The capabilities within the teleoperator laboratories to perform remote and teleoperated investigati...
The NASA/OAST Telerobot Testbed will reach its next increment in development by the end of FY-89. Th...
The definition of a variety of assembly, servicing, and maintenance missions has led to the generati...
As man seeks to expand his dominion into new environments, the demand increases for machines that pe...
Experiments are described which were conducted at the JPL Advanced Teleoperator Lab to demonstrate a...
New opportunities for the application of telerobotic systems to enhance human intelligence and dexte...
New opportunities for the application of telerobotic systems to enhance human intelligence and dexte...
Potential space missions of the nineties and the next century require that we look at the broad cate...
The preliminary conceptual design of a new teleoperator robot manipulator system for space station m...
Robots involved in high value manipulation must be effectively coupled to a human operator either at...
A method for apportioning crew-telerobot tasks has been derived to facilitate the design of a crew-f...
One of the major issues impacting the utility of telerobotic systems for space is the development of...
NASA Headquarters' Office of Advanced Concepts and Technology (OACT) joined efforts with Johnson Spa...
The Flight Telerobotic Servicer (FTS), a multiple arm dexterous manipulation system, will aid in the...
The capability to remotely, robotically perform space assembly, inspection, servicing, and science f...
The capabilities within the teleoperator laboratories to perform remote and teleoperated investigati...
The NASA/OAST Telerobot Testbed will reach its next increment in development by the end of FY-89. Th...
The definition of a variety of assembly, servicing, and maintenance missions has led to the generati...
As man seeks to expand his dominion into new environments, the demand increases for machines that pe...
Experiments are described which were conducted at the JPL Advanced Teleoperator Lab to demonstrate a...
New opportunities for the application of telerobotic systems to enhance human intelligence and dexte...
New opportunities for the application of telerobotic systems to enhance human intelligence and dexte...
Potential space missions of the nineties and the next century require that we look at the broad cate...
The preliminary conceptual design of a new teleoperator robot manipulator system for space station m...
Robots involved in high value manipulation must be effectively coupled to a human operator either at...
A method for apportioning crew-telerobot tasks has been derived to facilitate the design of a crew-f...
One of the major issues impacting the utility of telerobotic systems for space is the development of...
NASA Headquarters' Office of Advanced Concepts and Technology (OACT) joined efforts with Johnson Spa...