As automated controllers supplant human intervention in controlling complex systems, the
operators' role often changes from that of an active controller to that of a supervisory …

The increasing use of automation to supplant human intervention in controlling complex
systems changes the operators' role from active controllers (directly involved with the …

Two experiments are reported which examined operators' trust in and use of the automation
in a simulated supervisory process control task. Tests of the integrated model of human trust …

In supervisory control, operators are expected to monitor automation and to intervene if there
is an opportunity to improve system productivity or if faults develop which cannot be …

Today many systems are highly automated. The human operator's role in these systems is to
supervise the automation and intervene to take manual control when necessary. The …

Complex industrial environments involve cooperation between operators and automation.
The strategies used to allocate tasks to automation are a crucial component of that …

Objective: The objective was to determine whether operators with an expectancy that
automation is trustworthy are better at calibrating their trust to changes in the capabilities of …

Computerized aids may be used to support decision-making and control in a variety of
complex, dynamic arenas. For instance, such systems have been introduced into industrial …

In highly automated inspection systems today, humans act in a supervisory capacity, ie,
monitoring the process during normal operations and intervening to take manual control …

Objective: We systematically review recent empirical research on factors that influence trust
in automation to present a three-layered trust model that synthesizes existing knowledge …