Presentation
Applying the SEEV Model to Assess Where People Will Look: Practical Considerations
DescriptionFor safety-critical tasks, such as landing an airplane and driving through an intersection, operators must find critical information quickly, which depends upon where they are likely to look. This can be determined using the SEEV computational model which includes 4 primary factors: Salience, Effort, Expectancy, and Value.
To assist the practitioner in applying the model, this paper describes each factor in detail, provides example hand calculations, and identifies computational software for complex analyses. More specifically, 5 questions are addressed.
• What is the SEEV model?
• How are dwell percentages computed using SEEV?
• What are some SEEV-related methods/software for estimating glance data?
- Examples include the Automation Design Advisor Tool (ADAT), the Adaptive Information Expectancy Model, the Human Efficiency Evaluator, the Konect Value, Eijssen’s SEEV model, among others.
• Do these applications improve the estimates of each of the SEEV factors?
• What is the availability of the associated software?
To assist the practitioner in applying the model, this paper describes each factor in detail, provides example hand calculations, and identifies computational software for complex analyses. More specifically, 5 questions are addressed.
• What is the SEEV model?
• How are dwell percentages computed using SEEV?
• What are some SEEV-related methods/software for estimating glance data?
- Examples include the Automation Design Advisor Tool (ADAT), the Adaptive Information Expectancy Model, the Human Efficiency Evaluator, the Konect Value, Eijssen’s SEEV model, among others.
• Do these applications improve the estimates of each of the SEEV factors?
• What is the availability of the associated software?
Contributor
Research Professor
Event Type
Lecture
TimeTuesday, September 10th9:45am - 10:05am MST
LocationFLW Salon B
Human Performance Modeling