Title :
Development and evaluation of level 3 situation awareness support functions for a UAV operator station
Author :
Goossens, A.A.H.E.
Author_Institution :
R. Netherlands Air Force, The Hague, Netherlands
Abstract :
In previous research into UAV operator stations, the concept of integrated data presentation has been used to reduce the effort required to obtain and maintain level 2 situation awareness. With the resulting prototype, obtaining adequate level 3 situation awareness can still generate considerable workload. When using real-time extrapolation/ prediction to provide information regarding the ability to meet future time constraints, maintain separation and prevent threat incursions as a function of changes to the plan, the operator is relieved of many of the extrapolation tasks, and level 3 situation awareness can be achieved at a lower workload. This provides the possibility for more effective decision making in time-critical situations. To support the requirements definition of a future UAV operator station, the existing research prototype has been extended with functionality specifically intended to support level 3 situation awareness. This paper discusses the design rationale behind the functionality in more detail, provides an overview of the rating criteria and the rating method and presents the results from an evaluation by 31 subject matter experts.
Keywords :
aerospace safety; avionics; decision making; graphical user interfaces; remotely operated vehicles; UAV operator station; avionics; decision making; integrated data presentation; level 2 situation awareness; level 3 situation awareness support functions; rating criteria; rating method; real time extrapolation; real time prediction; research prototype; threat incursions prevention; Control systems; Decision making; Educational institutions; Extrapolation; Payloads; Prototypes; Software prototyping; Surveillance; Time factors; Unmanned aerial vehicles;
Conference_Titel :
Digital Avionics Systems Conference, 2004. DASC 04. The 23rd
Print_ISBN :
0-7803-8539-X
DOI :
10.1109/DASC.2004.1390839