A Causal Model of Human vs. Computer Interaction Preference for Naive Users. - Michael D. Coovert (ACM SIGCHI Bull., 1987)

The Use of Mental Models to Enhance Human-Computer Interaction. - Michael D. Coovert (ACM SIGCHI Bull., 1987)

A Comparison of Tabular and Graphical displays in Four Problem-solving Domains. - Mary J. LaLomia; Michael D. Coovert (ACM SIGCHI Bull., 1987)

Training Needs Assessment and Analysis of Management Information Systems for Naive Corporate Users: a Case Study. - Michael D. Coovert (ACM SIGCHI Bull., 1988)

Problem solving performance and display preference for information displays depicting numerical functions. - Mary J. LaLomia; Michael D. Coovert; Eduardo Salas (ACM SIGCHI Bull., 1988)

Preferences for Power in Expert Systems by Novice Users. - Michael D. Coovert; Kathleen McNelis; Kamesh Ramakrishna; Eduardo Salas (AI Soc., 1989)

Modeling human-computer decision making with covariance structure analysis. - Michael D. Coovert; Mary J. LaLomia (ACM SIGCHI Bull., 1989)

Simulation and information order as influences in the development of mental models. - Matthew A. Augustine; Michael D. Coovert (ACM SIGCHI Bull., 1991)

The Influences of Communication Media and Decision-Making Technique on Team Decision Outcomes: A Critical Assessment of the Stepladder Approach. - Lori L. Foster; Michael D. Coovert (CHI Extended Abstracts, 1997)

Measurement in Synthetic Task Environments for Teams: a Methodological Typology. - Michael D. Coovert; Linda R. Elliott; Lori L. Foster; J. Philip Craiger; Dawn Riddle (HCI (1), 1999)

Using rough sets to determine construct importance in a dynamic HCI environment. - Michael D. Coovert; Dawn Riddle; Linda R. Elliott; Samuel G. Schiflett (CHI Extended Abstracts, 2000)

"Intelligent" team decision making. - Lori L. Foster; Michael D. Coovert (CHI Extended Abstracts, 2000)

Mathematical Modeling of Decision Making: A Soft and Fuzzy Approach to Capturing Hard Decisions. - David W. Dorsey; Michael D. Coovert (Hum. Factors, 2003)

Predicting Job Performance with a Fuzzy Rule-Based System. - J. Philip Craiger; Michael D. Coovert; Mark S. Teachout (Int. J. Inf. Technol. Decis. Mak., 2003)

Moonlight in Miami: Field Study of Human-Robot Interaction in the Context of an Urban Search and Rescue Disaster Response Training Exercise. - Jennifer L. Burke; Robin R. Murphy; Michael D. Coovert; Dawn L. Riddle (Hum. Comput. Interact., 2004)

Comparing the effects of visual-auditory and visual-tactile feedback on user performance: a meta-analysis. - Jennifer L. Burke; Matthew S. Prewett; Ashley A. Gray; Liuquin Yang; Frederick R. B. Stilson; Michael D. Coovert; Linda R. Elliott; Elizabeth S. Redden (ICMI, 2006)

The benefits of multimodal information: a meta-analysis comparing visual and visual-tactile feedback. - Matthew S. Prewett; Liuquin Yang; Frederick R. B. Stilson; Ashley A. Gray; Michael D. Coovert; Jennifer L. Burke; Elizabeth S. Redden; Linda R. Elliott (ICMI, 2006)

Empowering followers in virtual teams: Guiding principles from theory and practice. - Ashley A. G. Walvoord; Elizabeth S. Redden; Linda R. Elliott; Michael D. Coovert (Comput. Hum. Behav., 2008)

A Tool for the Accumulation and Evaluation of Multimodal Research. - Michael D. Coovert; Ashley A. G. Walvoord; Linda R. Elliott; Elizabeth S. Redden (IEEE Trans. Syst. Man Cybern. Part C, 2008)

Overview of Meta-analyses Investigating Vibrotactile versus Visual Display Options. - Linda R. Elliott; Michael D. Coovert; Elizabeth S. Redden (HCI (2), 2009)

Managing workload in human-robot interaction: A review of empirical studies. - Matthew S. Prewett; Ryan C. Johnson; Kristin N. Saboe; Linda R. Elliott; Michael D. Coovert (Comput. Hum. Behav., 2010)

Hey doc, is that your stethoscope?: increasing engagement in medical education and training with iPads. - Sally A. Coovert; Adam Ducey; Mark Grichanik; Michael D. Coovert; Robert M. Nelson (CSCW (Companion), 2012)

Exploration of intention expression for robots. - Ivan Shindev; Yu Sun 004; Michael D. Coovert; Jenny Pavlova; Tiffany Lee 001 (HRI, 2012)

How to work and play with robots: An approach to modeling human-robot interaction. - Rosemarie E. Yagoda; Michael D. Coovert (Comput. Hum. Behav., 2012)

A Meta-Analysis of Vibrotactile and Visual Information Displays for Improving Task Performance. - Matthew S. Prewett; Linda R. Elliott; Ashley A. G. Walvoord; Michael D. Coovert (IEEE Trans. Syst. Man Cybern. Part C, 2012)

Explaining cyberloafing: The role of the theory of planned behavior. - Kevin Askew; John E. Buckner; Meng U. Taing; Alex Ilie; Jeremy A. Bauer; Michael D. Coovert (Comput. Hum. Behav., 2014)

Spatial augmented reality as a method for a mobile robot to communicate intended movement. - Michael D. Coovert; Tiffany Lee 001; Ivan Shindev; Yu Sun 004 (Comput. Hum. Behav., 2014)

An evaluation of medical residents utilization of tablet computers. - Sally A. Coovert; David J. Howard; Michael D. Coovert; Robert M. Nelson (Comput. Hum. Behav., 2015)

Serious Games are a Serious Tool for Team Research. - Michael D. Coovert; Jennifer Winner; Winston Bennett; David J. Howard (Int. J. Serious Games, 2017)

Signal Detection Theory (SDT) Is Effective for Modeling User Behavior Toward Phishing and Spear-Phishing Attacks. - Jaclyn Martin; Chad Dubé; Michael D. Coovert (Hum. Factors, 2018)

A Quantitative Approach for Developing Serious Games for Aptitude and Trait Assessment. - Brenton M. Wiernik; Michael D. Coovert (GALA, 2019)

Erratum to "Explaining Cyberloafing: The Role of the Theory of Planned Behavior" [Computers in Human Behavior 36C 510-519]. - Kevin Askew; John E. Buckner; Meng U. Taing; Alex Ilie; Jeremy A. Bauer; Michael D. Coovert (Comput. Hum. Behav., 2019)