This article describes and validates a concept of a workload-adaptive and task-specific
associate system for military helicopter crews. We introduce a cognitive agent that behaves …

This study focuses on the transparent design of a cognitive agent to enhance situation
awareness in two aspects of a human-agent teaming application: assisted system …

This paper discusses various aspects of automation for the integration of multiple, detached,
unmanned sensor platforms into a military helicopter scenario. The considered scenario …

This article discusses a way to increase controllability of an unmanned aerial vehicles (UAV)
when data link is not or only temporarily available, by providing user-adaptable reactive …

This article presents a concept for scalable autonomy of UAVs applicable to the field of
reconnaissance missions. Level of autonomy can be defined along the amount of human …

An online rectangle based scheduling algorithm (RSA) is developed to improve autonomy of
multiple unmanned aerial vehicles (UAVs) to search a field of forest together. The purposes …

This article describes a concept for a single-seat fighter cockpit based system,
simultaneously managing up to three unmanned combat aerial vehicles (UCAV) during …

This article presents the implementation of a task-based guidance system for
reconnaissance UAVs enabling simplified human-automation interaction through …

At the University of the Bundeswehr Munich (UBM) a current field of research is in the area
of military helicopter missions utilizing Manned-Unmanned Teaming (MUM-T), ie, the …

In this article a novel approach towards managing unmanned aerial vehicle missions based
on the human operator's intent is introduced. The system architecture comprises two artificial …