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Past Projects

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LAW

The Link Analysis Workbench

The goal of this project is to develop the Link Analysis Workbench (LAW), a Web-accessible tool where analysts and machines collaboratively perform link analysis by defining hierarchical and temporal patterns, that include uncertain and qualitative elements, and by defining search strategies for pattern application, through a graphical user interface that supports direct graphical browsing and editing of patterns, search strategies, and summaries and details of resulting matches.

NASA-MIPS

Mixed-Initiative Planning and Scheduling for Science Missions

We are developing mixed-initiative planning and scheduling technology that will enable NASA scientists to construct high quality mission plans that achieve as many of their science goals as possible, while satisfying all operations constraints. Our research will explore fundamental issues in how to reason about decisions and preferences from multiple sources, how to specify and utilize user preferences, and how to automate trade-off analysis. (With Ari Jonsson and John Bresina from NASA Ames)

Deductive Composition

Deductive Composition of Multiple Data Sources

A framework is being developed for composing answers to queries, using automated deduction and multi-agent information brokering, based on multiple information sources. The technology is being applied to answering geographical queries for ecological modeling, based on NASA EOSDIS satellite imagery, map data, and gazetteer information.

Cyberhabitats

Cyberhabitats

Cyberhabitats is an SRI IR&D project to develop the next generation of secure, web-enabled collaborative environment that adapts to user work patterns.

DCOPE

Distributed Continual Planning and Execution for Autonomous Air Vehicles

This goal of this project is to develop a new software capability for the reprogrammable, coordinated command and control of teams of autonomous unmanned combat air vehicles (UCAVs) and unmanned ground vehicles (UGVs).

ENDSTATE

ENDSTATE

The objectives of the ENDSTATE initiative aim to provide new and innovative tools to aid in understanding and exploiting the vulnerabilities created by increasingly interconnected and interdependent physical network infrastructures. The vision was to bring together different but consistent model structures and analysis technologies so as to provide an insight into the vulnerabilities of the infrastructure. The insight could be used to derive the appropriate course of action, given desired effect

DAML

Knowledge Creation Tools for DAML

This project is building ontologies and tools in support of the Semantic Web, as part of the DARPA Agent Markup Language program.

ANTS

The Autonomous Negotiating Teams Project

The Incremental Negotiation and Coalition Formation for Resource-bounded Reasoners project will develop new incremental negotiation and coalition formation strategies over abstraction spaces, emphasizing focused and time-sensitive interactions between ANT members in which planning and execution activities are interleaved. Negotiation and coalition strategies will be structured around the stages through which group plans evolve, as represented within the SharedPlans (SP) theory of collaboration.

SHAKEN

A Knowledge Entry System for Subject Matter Experts

The goal of SHAKEN project is to enable subject matter experts , without any assistance from AI technologists, to assemble the models of processes and mechanisms so that questions about them can be answered by declarative inference and simulation.

CODA

Coordination of Distributed Activities (CODA)

The CODA system provides targeted information dissemination among distributed planners as a way of improving team coordination. In CODA, an individual planner declares interest in different types of plan changes that could impact his local plan development. As a team of distributed users develop plans with a plan authoring tool, their activities are monitored; changes that match declared interests are forwarded automatically to the person who declared interest in them.

This website does not contain information on all of our past or present projects.
For further information please contact us.

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