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X-WR-CALNAME;VALUE=TEXT:Towards Robust Human-Robot Interaction: A Quality Diversity Approach
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SUMMARY:Towards Robust Human-Robot Interaction: A Quality Diversity Approach
DESCRIPTION:<p>	<strong>Presenter</strong>:  <span>Stefanos Nikolaidis </span><br><strong>Topic</strong>:  <span><span>Towards Robust Human-Robot Interaction: A Quality Diversity Approach</span></span></p><p>	<!--break--></p><h2>	<strong>Spring 2022</strong></h2><p>	The EconCS Group holds an Economics and Computer Science research seminar each semester.</p><p>	Spring 2022 meetings are held at 1 - 2:30 PM on Fridays. Seminar Coordinators for Spring '22 are <a href="mailto:saisr@g.harvard.edu">Srivatsa R Sai</a> and <a href="mailto:dhalpern@g.harvard.edu">Daniel Halpern</a>.</p><p>	<strong>Abstract: </strong> <strong>: </strong><span>The growth of scale and complexity of interactions between humans and robots highlights the need for new computational methods to automatically evaluate novel algorithms and applications. Exploring the diverse scenarios of interaction between humans and robots in simulation can improve understanding of complex human-robot interaction systems and avoid potentially costly failures in real-world settings.<br>In this talk, I propose formulating the problem of automatic scenario generation in human-robot interaction as a quality diversity problem, where the goal is not to find a single global optimum, but a diverse range of failure scenarios that explore both environments and human actions. I show how standard quality diversity algorithms can discover surprising and unexpected failure cases in the shared autonomy domain. I then discuss the development of a new class of quality diversity algorithms that significantly improve the search of the scenario space and the integration of these algorithms with generative models, which enables the generation of complex and realistic scenarios. Finally, I discuss applications in procedural content generation and human preference learning.</span></p>
LOCATION:https://harvard.zoom.us/j/97692964231?pwd=K05BMEhDNTZtbUhHYkZ5S21qZ2FKQT09#success
STATUS:CONFIRMED
DTSTART:20220211T180000Z
DTEND:20220211T193000Z
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