Operation of a telerobot is compromised if a time delay of more than a few hundred milliseconds exists between the operator and remote manipulator. However, the most economically attractive way to perform telerobotic functions such as assembly, maintenance, and repair in Earth orbit is via geosynchronous relay satellites to a ground-based operator. This induces loop delays from one-half to two seconds, depending on how many relays are involved. Such large delays makes direct master-slave, force-reflecting teleoperated systems infeasible. Research at JPL on a useful telerobot that operates with such time delays is described
Time delays and limited sensory feedback of remote telerobotic systems tend to disorient teleoperato...
Force-feedback teleoperation for on-orbit servicing tasks demands real-time communication requir...
We are conducting research in the area of teleoperation with feedback delay. Delay occurs with earth...
The President s Vision for Space Exploration, laid out in 2004, relies heavily upon robotic explorat...
Ground controlled telerobots can be used to reduce astronaut workload while retaining much of the hu...
Includes bibliographical references (pages 91-97)The distance involved in the earth-based operation ...
Remote control of robotic manipulation has applications in undersea, shallow space and low bandwidth...
This dissertation addresses the problem of remote manipulation in the presence of communication dela...
Robots are particularly well suited for executing tasks that take place in locations which are too d...
We are conducting research in the area of teleoperation with feedback delay. Delay occurs with earth...
Technology issues related to the use of robots as man-extension or telerobot systems in space are di...
Time delay and small capacity of communication are the primary constraint in super long distance tel...
A classical control perspective is used to characterize performance constraints and evaluate compens...
The use of robotic assistance has become extremely important for many reasons. To be remarked is th...
A new teletobotic control concept which couples human supervisory commands with computer reasoning i...
Time delays and limited sensory feedback of remote telerobotic systems tend to disorient teleoperato...
Force-feedback teleoperation for on-orbit servicing tasks demands real-time communication requir...
We are conducting research in the area of teleoperation with feedback delay. Delay occurs with earth...
The President s Vision for Space Exploration, laid out in 2004, relies heavily upon robotic explorat...
Ground controlled telerobots can be used to reduce astronaut workload while retaining much of the hu...
Includes bibliographical references (pages 91-97)The distance involved in the earth-based operation ...
Remote control of robotic manipulation has applications in undersea, shallow space and low bandwidth...
This dissertation addresses the problem of remote manipulation in the presence of communication dela...
Robots are particularly well suited for executing tasks that take place in locations which are too d...
We are conducting research in the area of teleoperation with feedback delay. Delay occurs with earth...
Technology issues related to the use of robots as man-extension or telerobot systems in space are di...
Time delay and small capacity of communication are the primary constraint in super long distance tel...
A classical control perspective is used to characterize performance constraints and evaluate compens...
The use of robotic assistance has become extremely important for many reasons. To be remarked is th...
A new teletobotic control concept which couples human supervisory commands with computer reasoning i...
Time delays and limited sensory feedback of remote telerobotic systems tend to disorient teleoperato...
Force-feedback teleoperation for on-orbit servicing tasks demands real-time communication requir...
We are conducting research in the area of teleoperation with feedback delay. Delay occurs with earth...