Embodied Intelligence Laboratory
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The study of Embodied Intelligence is the study of how
intelligence emerges as a result of sensorimotor activity, constrained
by the physical body and mental developmental program.
Evidence of biological mental development suggests
that an active body is
indispensable for acquisition of non-artificial intelligence. Our
research areas
include,
but not limited to: biologically
motivated models of cognition, learning, reasoning, decision making,
and development; brain-based modeling of vision and attention; image
and signal
processing; machine learning; pattern recognition; human-computer
interactions; content-based
information
retrieval; speech recognition; language
processing and understanding; autonomous
navigation; intelligent
robots (construction, control and training).
Robots:
| SAIL
|
|
Dav
|
|
The 2nd
International Conference
on Development and Learning (ICDL'02), held at MIT, Cambridge, MA,
June 12-15, 2002
Science
At The Edge
Seminars, MSU, Fall 2001
IJCAI-2001
Workshop
on Reasoning with Uncertainty in Robotics, Seattle, Washington,
August 4-5, 2001
MSU
Intelligent Robot
Distinguished Lecture Series
Creation of Mental
Development Repository
(www.mentaldev.org), Dec. 2000
NSF/DARPA Workshop on
Development
and Learning (WDL), held at Michigan
State University, April 2000Movies:
Movie
1:
Vision-guided indoor navigation and learning-based motion tracking
(supervised
learning) (MPEG
36.7MB),
Movie
2:
Simple language acquisition and vision-guided indoor navigation
(supervised,
reinforcement and communicative learning) (MPEG
48.9 MB),
Movie
3:
Vision-guided outdoor navigation (supervised learning) (MPEG
16.8MB)
Movie
4:
Audition-based action chaining (task transfer) (supervised and
communicative
learning) (MPEG
29.6MB)
Movie
5:
Integration of vision and audition in a dynamic world via online
dialogue
(supervised and communicative learning) (MPEG
26.4MB)
Movie 6:
Dav
starts its moves (programmed-in behaviors, not learned yet) (MPEG
26MB)
Movie 7:
Drawbridge experiment ("Innate" knowledge about object
permanence or perceptual novelty instead?) (MPEG
24MB)
Movie 8:
Learning early speech production (reinforcement learning in
high dimensional action and state spaces) (MPEG
35mB)
Movie 9:
Dav performs collision avoidance (online-learning and
attention-based approach to obstacle avoidance using range finder) (MPEG
14mB)
(Technology
Review) Teachable
Robots
(Detroit
Free Press) Possibilities
Limitless for MSU's Thinking Robots
(Lansing
State Journal) Dav,
A Robotic Soldier, or Just Maybe a Maid. Another
related article with a picture.
(Exploratorium
Magazine) Bringing
up Baby
(ACM
TechNews, US) New
Kind of Intelligent Robot Can Learn by Experience
(KRN,
US) Like
a
Child, "Smart" Robot Learns Gradually appeared
in about 30 US newspapers including Detroit Free Press,
Philadelphia Inquirer, and San Jose Mercury News.
(Boiler
Magazine,
Italy) La
mente del robot (The Mind of Robot)
(TP,
Singapore) Bring
on the
Intelligent Robot
(Telepolis,
Germany) Lernen
wie die Kinder (Learn like a Child)
(UPI,
USA) Robot
Learns Like a Child
(BBC,
UK) Time
for Real Intelligence? Software:
Software page added,
versions of MILN, LCA, IHDR and CCIPCA available.
Archive:
Integrated Hybrid
Software Framework for Autonomous Mobile Robots (DARPA Funded Research)
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