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on
1
Intro
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Background
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Overview
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Google Glass
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Medicaid Waiver
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Source America
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Remote human assistants
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Story
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Adding content
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Detecting unusual behavior
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Detection of risky behavior
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The frontier
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Collaborative dialogue agent
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Delivery
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Direct brain connection
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Human robot interaction
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Conclusion
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Brain implants
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How to forget
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Other thoughts
Description:
Explore the potential impact of machine learning on individuals with cognitive disabilities in this Stanford University seminar. Delve into the current benefits of information technology for people with disabilities and examine how advancements in natural language processing, autonomous vehicles, and emotion detection may soon provide additional advantages. Consider the long-term possibilities of systems that could help those with cognitive challenges better understand complex situations, improve work efficiency, enhance safety, and facilitate social interactions. Analyze the technical obstacles and theoretical developments in machine learning necessary to achieve these goals. Learn from Professor Clayton Lewis of the University of Colorado Boulder as he shares insights gained from his work with Benetech and the Coleman Institute for Cognitive Disabilities. Discover potential applications ranging from Google Glass and remote human assistants to collaborative dialogue agents and direct brain connections, while also considering ethical implications such as brain implants and the right to forget. Read more

Exploring the Implications of Machine Learning for Cognitive Disabilities

Stanford University
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