Human performance measurement techniques for remote manipulation tasks and remote sensing techniques for manipulators are described for common manipulation tasks, performance is monitored by means of an on-line computer capable of measuring the joint angles of both master and slave arms as a function of time. The computer programs allow measurements of the operator's strategy and physical quantities such as task time and power consumed. The results are printed out after a test run to compare different experimental conditions. For tracking tasks, we describe a method of displaying errors in three dimensions and measuring the end-effector position in three dimensions
Nano- and micromanipulators are critical research tools in numerous fields including micro-manufactu...
Optical proximity sensors were used in a feedback loop to automatically position a manipulator hand ...
The capabilities within the teleoperator laboratories to perform remote and teleoperated investigati...
Modeling of human performance in remote manipulation tasks is reported by automated procedures using...
A description is given of part of a continuing effort both to develop models for and to augment the ...
Robots involved in high value manipulation must be effectively coupled to a human operator either at...
The results are presented of a study involving closed circuit television as the means of providing t...
©1980 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
Many challenging scientific, engineering, and manufacturing tasks in both industry and space can be ...
A computer simulation of a remote manipulation task and a rate-controlled manipulator is described. ...
PhD ThesisIt is becoming increasingly necessary to carry out manual operations in environments whic...
An overall conceptual design for an autonomous control system of remote manipulators which utilizes ...
Ground teleoperation of a satellite servicing spacecraft is a challenging task for a human operator,...
A few of the results of a major study of over 100 hours of experimental teleoperation are presented....
Control interface between man and computer manipulators, and optimality of human controllers as time...
Nano- and micromanipulators are critical research tools in numerous fields including micro-manufactu...
Optical proximity sensors were used in a feedback loop to automatically position a manipulator hand ...
The capabilities within the teleoperator laboratories to perform remote and teleoperated investigati...
Modeling of human performance in remote manipulation tasks is reported by automated procedures using...
A description is given of part of a continuing effort both to develop models for and to augment the ...
Robots involved in high value manipulation must be effectively coupled to a human operator either at...
The results are presented of a study involving closed circuit television as the means of providing t...
©1980 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
Many challenging scientific, engineering, and manufacturing tasks in both industry and space can be ...
A computer simulation of a remote manipulation task and a rate-controlled manipulator is described. ...
PhD ThesisIt is becoming increasingly necessary to carry out manual operations in environments whic...
An overall conceptual design for an autonomous control system of remote manipulators which utilizes ...
Ground teleoperation of a satellite servicing spacecraft is a challenging task for a human operator,...
A few of the results of a major study of over 100 hours of experimental teleoperation are presented....
Control interface between man and computer manipulators, and optimality of human controllers as time...
Nano- and micromanipulators are critical research tools in numerous fields including micro-manufactu...
Optical proximity sensors were used in a feedback loop to automatically position a manipulator hand ...
The capabilities within the teleoperator laboratories to perform remote and teleoperated investigati...