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New Equipment Will Help Examine Robot-human Interactions, Complex Robot Tasks

September 29, 2008

MERCED - Real

robotics
isn’t like an old sci-fi movie where robots are out to
take humans’ jobs and run the world.

Instead, say the scientists who will use newly funded robotics
equipment at the University of California, Merced, the humanoid
robots that will be developed in the next 20 years will serve as
helpers for people. They may step in on jobs that are too dangerous
for human hands, like defusing bombs, or too tedious for our taste,
like washing the nightly dinner dishes.

But the science of robotics needs to take some big steps to
create the machines that can both manage those kinds of tasks and
interact effectively with people. That’s where the new UC Merced
robotics equipment - funded with a new $476,500 grant from the
National Science Foundation’s Major Research Instrumentation
program - will come in.

“This is a significant boost for our Computer Science and
Engineering program and will have strong positive impact for our
both our teaching and research programs,” said Dean Jeff Wright of
the
UC
Merced School of Engineering
. “Professor Carpin and his
colleagues are developing a facility that is truly unique and
innovative among top Engineering programs in the country; our
current and future students will be the real beneficiaries of this
vision.”



A team of five investigators in computer science and
cognitive science at UC Merced are now ordering the equipment - a
humanoid robot that will run on its own, as well as advanced,
three-fingered robotic arms that they will connect with a torso and
head to be built on by UC Merced graduate students. The NSF funds
will also be used for state-of-the art motion capture cameras,
which will allow mapping motions from people to the robots. The
team expects the equipment to arrive around the beginning of 2009.

“With these two systems, we can study a wide range of problems
in robotics,” said

Professor Stefano Carpin,
the robotics expert who led UC
Merced’s team to a

second-place finish in the worldwide RoboCup virtual rescue robot
competition
last summer. “The small humanoid robot will be ideal
for studying human-robot interactions, and the arm-torso-head
assemblage will help us investigate complex tasks, gestures and
hand-vision coordination.”

Such a broad array of tasks requires a talented team of
researchers. Professors

Marcelo Kallmann,
a computer motion specialist;

Teenie Matlock,
a cognitive scientist specializing in language
and embodied cognition;

Shawn Newsam,
who studies computer vision; and

David Noelle,
a cognitive neuroscientist, are also principal
investigators on the new grant. With distribution of expertise
through these fields in engineering and cognitive science, they are
poised for deeply interdisciplinary research in robotics.

The team is now in the process of finding the right spot for the
equipment at UC Merced. Fortunately, their space needs - always a
consideration on this rapidly growing campus - are modest,
especially in view of the potential for discovery using the new equipment.

The humanoid robot measures up at about two and a half feet tall
- “more the size of a monkey than a human,” Carpin said. Its small
size may seem cute and friendly to people, but the real advantage
is that smaller is cheaper - not to mention easier to store.

The robotic arms in the lab are expected to be under high
demand. Carpin noted that a lab at Stanford, housing only one arm
of the same type as the two he is ordering for UC Merced, is busy
with researchers around the clock.

Made by Barrett Technology in Massachusetts, the arm has three
fingers compared with only two on most others. Carpin said it is
the most advanced device of its type available.

“This will help us attract and retain students and faculty,” he said.

Student involvement will be an important piece of the new
robotics lab, as it is for most research occurring at UC Merced.
Grad students built the head that will top the arm assembly, and
many grad students will use the new lab. Carpin said the next step
will be bringing in undergraduates - possibly through another NSF
program for which he will be applying in the spring - to program
software simulations that will allow pre-testing of different
protocols before researchers try them on the actual lab equipment.

# # #

CONTACT:

Professor Stefano Carpin

UC Merced School of Engineering


scarpin@ucmerced.edu

Ana Nelson Shaw

UC Merced Office of Communications


ashaw@ucmerced.edu

(209) 349-0371