Increasingly humans are being asked to interact with automation in complex transportation system management and control functions ranging from air traffic management to unmanned aviation systems, positive train control systems, motor vehicle dashboards, and ship control systems. This roundtable will help deepen our understanding of human-machine interactions in transportation system design and operation.
Recent reports suggest that non-standardized automation of motor vehicle control functions may make transportation vehicles too complicated to drive without a much greater emphasis on operator training. Changes in the roles and responsibilities of the human operator introduce difficult and error-prone tasks to system designers, human operators and automation supervisors, and technicians, especially in the context of unforeseen or atypical events.
Recognizing that there are clearly unintended consequences of introducing automation into transportation communications, navigation and control systems, the Volpe Center roundtable will consider the following areas of inquiry:
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Robert C. Johns, Associate Administrator and Director of the Volpe Center
Gregory D. Winfree, Acting Administrator and Deputy Administrator of the Research and Innovative Technology Administration
What Transportation Accidents Reveal About Automation
The Honorable Robert L. Sumwalt, Member, National Transportation Safety Board
"Team" a Good Metaphor for a Human-Automation System?
Daniel Serfaty, Chairman and CEO, Aptima, Inc.
Attention and Interruption Management in Human-Machine Teams
Nadine B. Sarter Professor; Ph.D., Industrial and Systems Engineering University of Michigan
Authority, Responsibility, Adaptivity and Cooperation in Human-Automation Interaction
Thomas B. Sheridan, Ph.D., Emeritus, Professor of Engineering & Applied Psychology (Mechanical Engineering), Professor Aeronautics & Astronautics, Massachusetts Institute of Technology
Moderated Discussion and Questions and Answer Period
Stephen M. Popkin,Ph.D., Director, Center for Human Factor Research and System Application at the Volpe Center