Mustapha Mouloua, Peter A. Hancock
Published January 31, 2020
Reference - 630 Pages - 104 B/W Illustrations
ISBN 9781138312227 - CAT# K390896
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This two-volume set addresses a variety of human factors issues and engineering concerns across various real-world applications such as aviation and driving, cybersecurity, and healthcare systems. The contents of these books also present recent theories and methods related to human performance, workload and usability assessment in automated and autonomous systems.
In this set, the authors discuss both current and developing topics of advanced automation technologies and present emerging practical challenges.
Topics covered include unmanned aerial systems and self-driving cars, individual and team performance, human-robot interaction, and operator selection and training. Both practical and theoretical discussions of modern automated and autonomous systems are provided throughout each of the volumes.
These books are suitable for those first approaching the issues to those well versed in these fast-moving areas, including students, teachers, researchers, engineers, and policy makers alike.
Volume 1 - Human Performance in Automated and Autonomous Systems: Current Theory and Methods
Volume 2 - Human Performance in Automated and Autonomous Systems: Emerging Issues and Practical Perspectives
Book 1: Part I: Theoretical Perspectives on Human Performance in Automated and Autonomous Systems. 1. To Autonomy and Beyond. 2. Informed Design for Wearable Interfaces: Application of Resource Theories of Attention. 3. Vigilance and Workload in Automated Systems. 4. Expertise, Learning, and Autonomous Systems. 5. Humans and Automated Decision Aids: A Match Made in Heaven? 6. Human Robot Interaction: Current Research and Trends. 7. The Quest for Alternatives to "Levels" of Automation and Task "Allocation". 8. Human-Automation Interaction: Levels of Automation. 9. Why Representations Matter? Supporting Productive Thinking. Part II: Methods and Applications. 10. Cockpit Automation: From Individual Pilot to Multiple Agents. 11. Workload and Stress of Vigilance in Autonomous Systems. 12. Adaptive Automation in Aviation Systems. 13. Help me out here: Automation Aids for Visual Search in Operational Environments. 14. Motor Performance Assessment and its Implication for Display and Control Systems. 15. Situation Awareness in Automated and Autonomous Systems. Book 2: Part I: Human-Automation Interaction in Aviation Systems. 1. A Paradox of Automation for Safety in Highly Automated Vehicles. 2. The Role of Automation in General Aviation Pilots’ Performance in Meteorological Situations. Part II: Design Principles and Guidelines for Autonomous Driving Cars. 3. Automation in Automobiles. 4. Facilitating Attention Management in Highly Autonomous Driving. 5. Automated Driving System HMI Design and Evaluation. 6. Assessment of Stress and Fatigue in Autonomous Driving. Part III: Automation in Health Care Systems. 7. Automation Issues in Medical Systems. 8. Team Performance in Medical Systems. 9. The Impact of Technology on Patient Safety in Healthcare. Part IV: Automation and Team Performance in Operational Environments. 10. Human-Autonomy Teaming in Aviation. 11. Synthetic Task Environments for Evaluating Human-Autonomy Teams. 12. Team Performance in Automated Systems. 13. Research Considerations for Studying Automation in Military Settings. 14. Human-Robot Interactions in Operational Environments. 15. Organizational and Safety Factors in Automated Systems. Part V:Homeland Security and Cyber Security. 16. Hacking the Human: The Prevalence Paradox in Cybersecurity. 17. Toward Robust Models of Trust and Situation Awareness in Cyber Security. 18. The Role of Human Factors/Ergonomics in the Science of Cyber Security.