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George Ferguson
Discipline: Computer Science
Focus: Conversational Systems
Email: ferguson@cs.rochester.edu
Website:
http://www.cs.rochester.edu/~ferguson/
CV: Full CV for George Ferguson
The future of human-computer interaction is to make it
more like communication between humans. If we can
exploit built-in human mechanisms for conversation and
collaboration, we can develop computer systems that are
less like tools and more like assistants. These systems
will require no training to use, will adapt to
individual users needs and preferences, and will provide
knowledge-based support for a wide range of practical
tasks. Accomplishing this goal requires fundamental
progress on both understanding spoken human language
(speech recognition, language understanding, intention
recognition, etc.) and on reasoning and performance to
support human problem solving (information gathering,
planning, evaluation, comparison, etc.).
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Biography
George Ferguson is a Research Scientist in the Computer
Science Department at the University of Rochester in
Rochester, NY. He received his B.Sc. in Computer Science
from McGill University and his M.Sc. in Computing
Science from the University of Alberta prior to
completing his Ph.D. at Rochester in 1995 under the
supervision of James Allen. His thesis work was on the
use of temporally-explicit representations for reasoning
about action and plans, and the use of those
representations to support mixed-initiative
human-computer planning. Since then, his research has
continued to focus on the need to connect human users
with automated systems. In particular, as a Principal
Investigator in the TRIPS project, he is developing
formalisms, architectures, and systems that support the
specification and deployment of intelligent assistants
that can collaborate naturally with people to help them
solve problems. The approach is based on natural
language interaction combined with a deep model of the
problem-solving process to support reasoning about the
person‚s intentions in order to better use system
resources to meet their needs. Recent application
domains include crisis response planning, design tasks
such as kitchen design, and providing medical advice to
people living at home.
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