Abstract
The purpose of this presentation is to outline a current Office of Naval Research (ONR) Basic Research Challenge (BRC) effort investigating the information complexity Unmanned Aerial Systems (UASs) Sensor Operators (SOs) must endure in order to effectively make decisions. UASs are increasingly becoming critical systems within the Department of Defense as their capabilities have been deemed highly successful. However, certain aspects of UASs cause their operations to be highly complex for the human in the loop. Not only do they lack the physical sensations from the aircraft that manned operators receive, but they must translate mass amounts of disparate data into actionable information. Furthermore, current operations require a team of individuals to operate a UAS, however as technology develops there is an emerging requirement for one operator to control multiple systems, or adopt a one-to-many approach. This poster will present the support and theories behind the effort to address these issues and will discuss future application.
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