Kim Drnec

Papers

Total Citations

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About

Kim Drnec’s research lies at the intersection of human factors, psychophysiology, and human-autonomy teaming, with a focus on how physiological signals can enhance communication in mixed-initiative systems. Her most-cited work, "The Role of Psychophysiological Measures as Implicit Communication Within Mixed-Initiative Teams" (2018), has garnered 6 citations and explores how measures like heart rate variability and electrodermal activity can serve as implicit channels for conveying cognitive states between humans and autonomous agents. This foundational contribution advances the design of adaptive systems that respond to operators’ real-time workload and stress, improving team performance and safety in high-stakes environments like aviation and military operations. Drnec’s research uniquely bridges psychophysiology and human-machine interaction, offering a framework for more intuitive, responsive collaboration. Her work is particularly notable for its potential to reduce communication bottlenecks in complex teams, where explicit verbal exchanges are often inefficient. While her citation count reflects the emerging nature of this field, Drnec’s insights are increasingly recognized as critical for next-generation human-autonomy interfaces, positioning her as a key voice in shaping how we integrate physiological data into seamless, implicit team dynamics.