Human-Robot Interface Controller Usability for Mission Planning on the Move
Human-Robot Interface Controller Usability for Mission Planning on the Move
- Neue Suche nach: C. Stachowiak
- Neue Suche nach: E. Haas
- Neue Suche nach: T. Feng
- Neue Suche nach: K. Pillalamarri
- Neue Suche nach: C. Stachowiak
- Neue Suche nach: E. Haas
- Neue Suche nach: T. Feng
- Neue Suche nach: K. Pillalamarri
Unmanned ground and air vehicles (UGVs and UAVs) embody a critical capability of future U.S. Army systems and will be used for force projection and as force multipliers. They are expected to operate in a semiautonomous fashion, in which an operator will lay out a mission plan for the vehicle to execute with little or no operator interaction; the operator s function will be to monitor the progress of the unmanned systems. If the situational demands exceed the capabilities of the vehicle, the operator will need to intervene to complete the mission by either changing the mission plan or by assuming direct control of the vehicle by teleoperation until the vehicle can resume semiautonomous operation.
Dokumentinformationen
Human-Robot Interface Controller Usability for Mission Planning on the Move
2012
38 pages
Report
Keine Angabe
Englisch
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