NBC Channel
Audible ball is a slam-dunk for the blind
Students wire basketball and backboard for sound
By Robert Roy Britt
Senior writer
Updated: 8:48 p.m. ET May 27, 2005
A new high-tech system puts
sound in a bouncing ball and brings hoop dreams to the blind.
The setup was devised by three Johns Hopkins University engineering undergraduates.
Two of them — Alissa Burkholder and Ashanna Randall — are starters
on the women's basketball team. Steve Garber, a mechanical engineering major, rounded out the
design team.
A sound emitter is strategically
placed in the backboard, too.
"There are people all over the
country who are waiting for something like this," said Mike Bullis, business services development manager for Blind Industries
and Services of Maryland, a group that aids the visually impaired and sponsored the research project. "There are blind athletes
who want an audible ball. And there are school-age children who can benefit from the hand coordination that comes from playing
ball. Right now, blind kids can play with a ball, but only if someone is there to find it if it rolls away."
Bullis should know. He's blind.
He said he can catch passes and sink buckets two out of three times with the adapted system. While those might not have been
three-pointers, such a shooting percentage from any spot on the floor would be the envy of many sighted hoopsters.
WARNER BROTHERS CHANNEL
House designed to withstand
tsunami
1,000 dwellings to be built in wave-hit Sri Lanka
Updated: 6:43
p.m. ET
May 26, 2005
BOSTON
- Researchers have designed a house they say is better able to withstand giant waves and are planning to build 1,000 of them in Sri
Lanka, one of the countries hit by last year’s deadly
tsunami.
Carlo Ratti, a teacher at the Massachusetts Institute of Technology,
was at a wedding in Sri
Lanka when the tsunami struck
the region last December. When he returned to MIT, he worked on the design of the “tsunami-safe(r) house” with
colleagues at MIT, Harvard University and the British engineering firm Buro Happold.
“The
goal was low-tech construction with high-tech design,” Ratti, a civil engineer who heads MIT’s SENSEable
City Laboratory,
told Reuters on Thursday. “We came up with a design that is five times stronger than traditional (Sri Lankan) houses.”
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