Although being in control is an important aspect of human-machine interaction, little is
known about the combined effect of automation and mental workload on the sense of …

In human-agent collectives, humans and agents need to work collaboratively and agree on
collective decisions. However, ensuring that agents responsibly make decisions is a …

We discuss the potential for near-future artificial social intelligences (ASIs) to exhibit
functional artificial theory of mind in a video-game based teaming scenario. We also …

We report results from a dual electroencephalography (EEG) study, in which two-member
teams performed a simulated combat scenario. Our aim was to distinguish expert from …

In many disciplines and fields, theories help organize the body of knowledge in the field and
provide direction for research. In turn, research findings contribute to theory building. The …

Alignment of human and autonomous agent values and objectives is vital in human-
autonomy teaming settings which require collaborative action toward a common goal. In …

Real-time strategy games often times mimic the appearance and feel of military-like
command and control systems. Artificial intelligence and machine learning research enjoys …

Today's highly automated robotic systems are tied into military work processes supporting
the human war fighter. This chapter will take uninhabited aerial vehicles (UAVs) as an …

Driven by the" user-centered design" philosophy, this paper first outlines the human factors
problems of the flight deck automation for large civil aircraft and the human factors research …

Function allocation is the design decision in which work functions are assigned to all agents
in a team, both human and automated. Building on the preceding companion papers' review …