Dr. Igor Dolgov
Associate Professor
Psychology
New Mexico State University
Mexico
Biography
Education Ph.D., Psychology (Cognition, Action, and Perception) and Arts, Media, and Engineering, Arizona State University, Tempe, AZ, August 2009 (M.A., Psychology, in passing) Dissertation title: On the axis-aligned motion bias and other perceptual regularities: Perception, action, mediation and the importance of context. B.S.E., Computer Science (Certificate in Robotics and Intelligent Systems), Princeton University, Princeton, NJ, June 2003 Fellowships 1Y+ Fellow, New Mexico State University, 2011-2012 IGERT Fellow, National Science Foundation, 2006-2008 Current & Completed NSF Cyber-Human Systems: Small Grant for Wearable Interfaces to Direct Agent Teams with Adaptive Autonomy, August 2016-August 2019 ï‚· PI: Zachary Toups (Department of Computer Science), NMSU ï‚· Co-PIs: Igor Dolgov & Son Tran (Department of Computer Science), NMSU ï‚· Funding: $496k / $165k personal share ï‚· Role: Lead investigator for the human factors component of the project, with a focus on experiment and instrument design, data fusion, and data analysis. FAA Center of Excellence for UAS Research Grant for Function Allocation and Control Station Design for Unmanned Aircraft Systems Integration into the National Airspace System, December 2015-October 2017 ï‚· PI: Ellen Bass (Department of Information Science), Drexel University ï‚· Institutional PI: Igor Dolgov ï‚· Funding: $750k / $155k personal share ï‚· Role: Lead investigator for the visual observer component of the project, with a focus on developing training and certification criteria.
Research Interest
action, and cognition in natural and mediated environments.
Publications
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Schwark‡, J., Sandry, J., & Dolgov, I. (2013). Evidence for a positive relationship between working-memory capacity and detection of low-prevalence targets in visual search. Perception, 42(1), 112-114.
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Dolgov, I., Graves‡, W., Nearents‡, M., Schwark‡, J., & Volkman‡, C. B. (2014). Effects of cooperative gaming and avatar customization on subsequent spontaneous helping behavior. Computers in Human Behavior, 33, 49-55.
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Shaffer, D., Marken, R., Dolgov, I., & Maynor, A. (2015). Catching objects thrown to oneself: Testing control strategies for object interception in a novel domain. Perception, 44(4), 400-409.
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Dolgov, I. (2016). Moving towards Unmanned Aircraft Systems integration into the National Airspace System: Evaluating visual observers’ imminent collision anticipation during day, dusk, and night sUAS operations. International Journal of Aviation Sciences, 1(1), 41-56.
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Dylko, I., & Dolgov, I., Hoffman, W., Eckhart, N., Molina, M., Aaziz, O. (accepted pending revisions). The dark side of technology: An experimental investigation of the influence of customizability technology on political selective exposure. Computers in Human Behavior.
