Document Type
Article
Publication Date
2011
City
Dayton
Abstract
While NextGen operations are still under development, several key issues have already emerged, including increased information demands on the flight deck. The ALerting And Reasoning Management System (ALARMS) was designed as a strategic, automated system for combining and evaluating alert-related outputs from current and proposed NextGen systems. The modeldriven interface integrates the status of the environment, pilot, and system to automatically present the most critical information at the right time, augmenting existing flight deck technologies. The current level of uncertainty in the environment and system as a whole is also evaluated and represented within the display. The four stage model of information processing presented by Parasuraman, Sheridan, & Wickens (2000) was used to guide the development of the underlying ALARMS automation. This document provides a brief overview of the ALARMS development process. Examples of the interface are included, and we discuss its implications.
Repository Citation
Saffell, T. N.,
Alexander, A. L.,
Carlin, A. S.,
Chang, A. C.,
& Schurr, N.
(2011). An Integrated Alerting and Notification System Utilizing Stages of Automation and Uncertainty Visualization. 16th International Symposium on Aviation Psychology, 197-202.
https://corescholar.libraries.wright.edu/isap_2011/82
