CS547 Human-Computer Interaction Seminar (Seminar on People, Computers, and Design)
Fridays 12:30-1:50 · Gates B01 · Open to the public Previous | Next
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April 12, 2013 You need Flash player 8+ and JavaScript enabled to view this video.
Medical checklists improve performance in the volatile and complex domain
of emergency medicine. Such cognitive aids are only now being adopted, in
paper form, in hospitals and clinics across the world. I believe that
software and interactive technologies offer the opportunity to improve and
distribute these aids widely, with the hope of reducing medical errors and
saving lives.
However, these new, software-based medical checklists must work seamlessly in uncertain, time-pressured scenarios. In these team-based, multitasking environments, a users' attention is limited. These attentional aspects of crisis computing---supporting highly trained teams as they respond to real-life emergencies---have been underexplored in the user interface community. This talk describes how we have begun to address these challenges with design prototyping, engineering, and scientific evaluation. In this talk, I describe an interactive software system, iCogAid, that helps medical teams follow Advanced Cardiac Life Support (ACLS) protocol, as they respond to emergency codes such as heart attacks in ORs or hospital wings. The design of this system was based on 18 months spent observing Stanford medical residents responding to simulated crises in high-fidelity medical simulators with realistic patient mannequins. I present data on the efficacy of dynamic and interactive aids for supporting doctors as they respond to simulated ACLS scenarios, under time- and attention- constraints, suggesting that our software-based iCogAid system effectively supports doctors' crisis attention and performance. http://hci.stanford.edu/research/icogaid/ && http://cogaids.stanford.edu/ |
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