Publications
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Conceptual Understanding Through Representation In The Chemsense Environment
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Research summary: Communication-Sensitive Decision Making in Multi-agent, Real-time Environments
We have developed an initial framework that models decision making, reasoning about constraints, and learning at multiple levels of abstraction and multiple time scales, within and across agents.
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The Meeting Project at ICSI
In collaboration with colleagues at UW, OGI, IBM, and SRI, we are developing technology to process spoken language from informal meetings.
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Using Components For Rapid Distributed Software Development
The paper discusses the use of components for rapid distributed software development. It reports on the the experience of a large testbed called Educational Software Components of Tomorrow, supported by…
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Designing Technology That Integrates With Curriculum And Helps Children Learn
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Behavioral Contracts and Behavioral Subtyping
In this paper, we show how to enforce contracts if components are manufactured from class and interface hierarchies.
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CODA: Coordinating Human Planners
The CODA system provides targeted information dissemination among distributed human planners as a way of improving coordination.
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Evaluating Educational Technology: A Call for Collaborative Learning, Teaching, Research and Development
Technology is not the solution to the complex problems that face our schools but it can dramatically increase the community of participants designing solutions.
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Silicon Valley Challenge 2000: Longitudinal Case Study Report
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Designing Technology That Changes How & What Children Learn
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Directing Agent Communities: An Initial Framework
This paper presents a framework for directability of a community of agents by a human supervisor that focuses on three dimensions: adjustable agent autonomy, strategy preference, and community-level constraints.
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Human Directability of Agents
This paper presents a framework for the directability of agents, in which a human supervisor can define policies to influence agent activities at execution time.