Great to see Landon LaPorte defend his dissertation today. His dissertation thesis, “Hustle: Defining and Identifying Individuals that Demonstrate Hustle” centered on developing and testing a scale to identify people who show “the consistent display of effort that is higher than a peer group’s normal effort that occurs over an extended period of time beyond a single competitive event.” See you on ESPN, Dr. LaPorte!
Big milestone in the LACElab today as Dr. Laura Whitlock defended her dissertation “Decision Support for Diabetes Self-Management: Quantitative and Qualitative Approaches.” Dr. Whitlock is already an Assistant Professor at Clemson University, directing her own research lab and teaching Human Factors. Congratulations, Laura!
Keiko Gomez-Gurley, LACElab alum and current graduate student at George Mason, had her Human Computer Interaction – International (HCI-I) paper “Accessibility in serious games for adults aging with disability” chosen for Research in Focus at the National Rehabilitation Information Center. Great job, Keiko!
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Qian Liu presented on “Multitasking Increases Stress and Insecure Behavior on Mobile Devices.” Her work was also highlighted in a Human Factors and Ergonomics Society press release. Collaborators include Drs. Enck and Watson in the NC State Computer Science Department. … Continue reading
The Human Factors and Ergonomics Society just did a press release on work we did in collaboration with computer scientists Drs. Ben Watson and Will Enck at NC on the effects of multitasking and stressors on mobile security behaviors.
Before installing a new app on a mobile device, people need to be mindful of the security risks. One poor decision can bypass the most secure encryption, and a malicious app can gain access to confidential information or even lock the user’s device. A presentation at the upcoming HFES 2015 International Annual Meeting in Los Angeles notes that human factors/ergonomics research could guide designers in creating a just-in-time warning system that considers the decision-making abilities of the user while alerting him or her that the current conditions – especially while multitasking – are conducive to errors.
The study by HF/E researchers Qian Liu and coauthors from North Carolina State University examined the conditions under which mobile device users are most likely to make security errors. In their Annual Meeting paper, “Multitasking Increases Stress and Insecure Behavior on Mobile Devices,” the researchers asked 65 students age 19 to 46 who were enrolled in psychology and computer science courses to install 24 apps on a Samsung Nexus S mobile phone.
Participants chose apps from a fake store that offered apps in eight categories: chat, music, banking, sports, food, maps, podcasts, and shopping. The store described permissions, star ratings, reviews, and number of reviews for each app. Permissions and number of reviews were the same among the apps; the content of the reviews contained security cues indicating which apps were malicious.
After examining information about the apps, the students were asked to identify the only safe app while navigating through the store interface and performing two secondary tasks during multitasking trials. Finally, they rated their stress level and explained why they chose the app as safe.
The students in this study were highly educated and likely had experience detecting computer security threats. However, they were still susceptible to the effects of multitasking, evidenced by the fact that they chose a safe app only about half the time. The results showed that multitasking with mobile devices creates stress and increases nonsecure mobile behavior.
The full reference is:
Liu, Q., McLaughlin, A. C., Watson, B., Enck, W., & Davis, A. (2015). Multitasking increases stress and insecure behavior on mobile devices. Proceedings of the Human Factors and Ergonomics Society 57th Annual Meeting. Santa Monica, CA: Human Factors and Ergonomics Society.