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APAS for the Olympics

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Code adi-vid-01054
Title CBS News
Subtitle APAS for the Olympics
Description ...
Subject (keywords) APAS ; Favorite ; Olympics ; Performance Analysis ;
Duration 00:02:58
Created on 10/21/2003 7:06:13 PM
Label Approved
Privacy Public
Synopsis

U.S. Olympic Committee's Secret Weapon: Biomechanics

The U.S. Olympic Committee is investing heavily in the science of biomechanics, a secret weapon that could put the U.S. team years ahead of its competitors. The budget for the 1984 games is over $71 million, almost five times the amount spent on the 1976 games.

Dr. Gideon Ariel, an Israeli-born computer science expert, has refined and perfected the use of biomechanics in training athletes. The process involves taking several hours to set up a sequence of motion pictures, transferring frame-by-frame the angle of each joint from the film to the computer, and finding errors that cannot be seen by the camera or the human eye alone.

This technique has already shown promising results. For instance, Al Order, a four-time Olympic gold medalist in discus, was able to improve his technique and throw the discus further than ever before after his technique was processed by the biomechanics computer.

The biomechanics computer is also being used to analyze the performance of competitors, helping the U.S. team learn from their techniques. The U.S. women's volleyball team, for example, has already benefited from the analysis of the Japanese champions.

Olympic athletes will continue to work intensively with the biomechanics laboratory in preparation for the 1984 games.

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Audio Transcript

Click on any spoken text to navigate to the selected segment.

# Time Spoken text
0. 00:00 Games are held every four years but to the athletes that quadrennial event is a matter of just about
1. 00:05 perennial preparation. And these days, as Harold Downell reports from the U.S. Olympic Committee
2. 00:10 National Training Center, the stopwatch and tape measure are supplemented by the computer.
3. 00:19 It's almost as if the United States Olympic Committee is preparing for war, not games in 1984.
4. 00:25 The budget is more than $71 million, almost five times the amount spent on the 1976 games,
5. 00:31 and they will make maximum use of what they call their secret weapon. The science of biomechanics
6. 00:37 is not new in itself, but as refined and perfected by Dr. Gideon Ariel, an Israeli-born computer
7. 00:42 science expert, it puts the U.S. team years ahead of its competitors. I think we've got the secret
8. 00:48 weapon here and we're going to beat these Germans and the Russians. It is a painstaking process,
9. 00:54 taking several hours to set up a sequence of motion pictures, transferring frame-by-frame the
10. 00:58 angle of each joint from the ankle to the elbow, from the film to the computer, finding errors
11. 01:04 that cannot be seen by the camera or the human eye alone. Al order has won four Olympic gold
12. 01:09 medals during the discus. He has set six world records. This is also Al order after his technique
13. 01:15 was processed by the biomechanics computer, which not only showed him what he was doing wrong,
14. 01:20 but also told him exactly how to throw the discus further than anyone has ever thrown it before.
15. 01:25 He was able to throw on the computer 250 feet. This is over 10, almost 20 feet, 18 feet,
16. 01:32 better than the world record. He has it in his body, the motor got it. Now we have to tune it.
17. 01:37 It's a matter of tuning. I think the results show that I am showing better. I don't think I'm throwing
18. 01:44 to my potential. I know the computer says I should be throwing around 250. Now whether it
19. 01:51 can throw 250, not as something that's up here. But the analysis is telling me how to work more
20. 01:58 productive. Not only is the biomechanics computer being used to analyze the performance of American
21. 02:04 athletes, it's also a tool to determine if the competition has any secrets the team ought to know.
22. 02:09 One thing for sure, the East German and the Russians and the best athletes in the world will
23. 02:13 not be able to keep what hypothetically calls secrets from our sport medicine program because
24. 02:20 we will analyze them and we'll know what they're doing. And if they're doing better, we'll learn
25. 02:24 how to do it even better than them. The US women's volleyball team has already benefited,
26. 02:28 working with the analysis of the Japanese champions. A few years ago, this team wasn't even considered
27. 02:34 competitive. Now it's one of the top rated in the world. Olympic athletes will be coming here
28. 02:38 for intensive work with the biomechanics laboratory between now and the 1984 games.
29. 02:43 That's when they'll find out for sure if the secret weapon really works.
30. 02:47 Harold Dow, CBS News, Colorado Springs.

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Video Segments

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Games are held every four years but to the athletes that quadrennial event is a matter of just about

perennial preparation. And these days, as Harold Downell reports from the U.S. Olympic Committee

National Training Center, the stopwatch and tape measure are supplemented by the computer.

It's almost as if the United States Olympic Committee is preparing for war, not games in 1984.

The budget is more than $71 million, almost five times the amount spent on the 1976 games,

and they will make maximum use of what they call their secret weapon. The science of biomechanics

is not new in itself, but as refined and perfected by Dr. Gideon Ariel, an Israeli-born computer

science expert, it puts the U.S. team years ahead of its competitors. I think we've got the secret

weapon here and we're going to beat these Germans and the Russians. It is a painstaking process,

taking several hours to set up a sequence of motion pictures, transferring frame-by-frame the

angle of each joint from the ankle to the elbow, from the film to the computer, finding errors

that cannot be seen by the camera or the human eye alone. Al order has won four Olympic gold

medals during the discus. He has set six world records. This is also Al order after his technique

was processed by the biomechanics computer, which not only showed him what he was doing wrong,

but also told him exactly how to throw the discus further than anyone has ever thrown it before.

He was able to throw on the computer 250 feet. This is over 10, almost 20 feet, 18 feet,

better than the world record. He has it in his body, the motor got it. Now we have to tune it.

It's a matter of tuning. I think the results show that I am showing better. I don't think I'm throwing

to my potential. I know the computer says I should be throwing around 250. Now whether it

can throw 250, not as something that's up here. But the analysis is telling me how to work more

productive. Not only is the biomechanics computer being used to analyze the performance of American

athletes, it's also a tool to determine if the competition has any secrets the team ought to know.

One thing for sure, the East German and the Russians and the best athletes in the world will

not be able to keep what hypothetically calls secrets from our sport medicine program because

we will analyze them and we'll know what they're doing. And if they're doing better, we'll learn

how to do it even better than them. The US women's volleyball team has already benefited,

working with the analysis of the Japanese champions. A few years ago, this team wasn't even considered

competitive. Now it's one of the top rated in the world. Olympic athletes will be coming here

for intensive work with the biomechanics laboratory between now and the 1984 games.

That's when they'll find out for sure if the secret weapon really works.

Harold Dow, CBS News, Colorado Springs.

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