Automation is crucial in increasingly many workplaces. Though automation is often associated with job replacement, humans and machines have divergent proficiencies. Thus, human-machine teaming is generally favored over replacement. Within applied surveillance environments, automation is leveraged for cognitively intensive tasks. To maintain optimal performance within a dyadic human-machine team, we developed an Autonomous Manager (AM) that dynamically redistributes tasks between human and machine. Participants performed four simultaneous image identification tasks while paired with a simulated autonomous partner. Our AM was responsible for monitoring team performance and redistributing tasks when performance fell sub-threshold. We manipulated the refresh rate of the images, affording us the opportunity to measure improvement under multiple conditions.
CITATION STYLE
Frame, M. E., Boydstun, A. S., Maresca, A. M., & Lopez, J. S. (2019). Development of an autonomous manager for dyadic human-machine teams in an applied multitasking surveillance environment. In Advances in Intelligent Systems and Computing (Vol. 903, pp. 706–711). Springer Verlag. https://doi.org/10.1007/978-3-030-11051-2_107
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