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AI System Revolutionizes Talent Identification for Young Athletes

AI technology at the Paris Olympics aims to uncover athletic talent in underserved communities worldwide.
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At the Paris Olympics, a new AI system is being tested to find future Olympic champions. This cool technology is made to check how good young athletes might be in different sports. The people who created this system hope to make a smaller version that can be used in remote areas around the world, so that talent can be found no matter where someone lives.

During the tests, kids like Tacto and Tomo from Yokohama, Japan, take part in activities like running, jumping, and strength exercises. The system gathers information from these activities and analyzes it to look at things like power, endurance, and agility. By comparing these results to data from top athletes, the system can suggest which sport each kid might be best at. Sarah Vickers, who leads Intel’s Olympic Program, says this technology helps regular people see how they stack up against elite athletes.

The AI system being used in Paris also has a portable version that can work on phones and tablets. This makes it easier to assess performance without needing complicated equipment. Recently, the International Olympic Committee used this technology in Senegal, where they tested over 1,000 kids in different villages. They found 48 kids with great athletic potential and gave them chances to improve their skills.

While it's exciting to find talent early, some experts, like Prof. John Brewer, warn that a simple assessment might miss important skills, especially for sports that need special techniques. He thinks the AI system is useful for initial checks, especially in places where advanced methods aren’t available. However, he believes this technology should be part of a bigger system to fully evaluate athletes. As the testing goes on at the Olympic Stadium, kids like Tacto are excited to be seen as potential sprinters, even if they like other sports right now.

Original news source: The AI tech aiming to identify future Olympians (BBC)

🎧 Listen:

πŸ“– Vocabulary:

1. endurance
2. agility
3. potential
4. assess
5. elite
6. portable
7. complicated
8. techniques
9. initial
10. evaluate
11. sprinters
12. remote
13. analyze
14. performance
15. advanced

Group or Classroom Activities

Warm-up Activities:

– CHARADES
Instructions: Divide the class into small groups. Each group will take turns acting out key terms or concepts from the article without speaking, while the other groups guess what they are. Terms can include "AI system," "Olympics," "talent," "athlete," and "performance."
– OPINION POLL
Instructions: Have students walk around the classroom and ask their classmates their opinions on the use of AI in sports. They should take notes on the responses and be prepared to share the most interesting opinions with the class.
– HEADLINE CREATION
Instructions: Ask students to come up with catchy headlines for the article. They should focus on summarizing the main points in a creative way. After they've written their headlines, have them share with the class and discuss which ones they think best capture the essence of the article.
– MIND MAP
Instructions: In small groups, have students create a mind map that illustrates the main ideas from the article. They should include aspects such as the AI technology, its purpose, benefits, potential drawbacks, and examples from the article. Each group will then present their mind map to the class.
– FUTURE PREDICTIONS
Instructions: In pairs, have students discuss and write down their predictions for how AI technology like the one mentioned in the article will change the future of sports and athlete development over the next decade. After they have made their predictions, ask a few pairs to share their thoughts with the class.

πŸ€” Comprehension Questions:

1. What is the main purpose of the AI system being tested at the Paris Olympics?

2. How does the AI system gather information about the young athletes?

3. Who is Sarah Vickers, and what role does she play in relation to the AI technology?

4. What are some of the activities that kids like Tacto and Tomo participate in during the tests?

5. Why is it important for the AI system to have a portable version that works on phones and tablets?

6. What did the International Olympic Committee discover when they tested kids in Senegal?

7. What concerns does Prof. John Brewer have about the AI system's assessments?

8. How do kids like Tacto feel about being seen as potential sprinters, even if they enjoy other sports?

🎧✍️ Listen and Fill in the Gaps:

At the Paris Olympics, a new AI system is being tested to find future Olympic . This cool technology is made to check how good young athletes might be in different sports. The who this system hope to make a smaller version that can be used in remote areas around the world, so that talent can be found no matter where someone . During the tests, kids like Tacto and Tomo from Yokohama, Japan, take part in activities like running, jumping, and exercises. The system gathers from these activities and analyzes it to look at things like , , and agility. By comparing these results to data from top athletes, the system can suggest which sport each kid might be best at. Sarah Vickers, who leads Intel’s Olympic Program, says this technology helps regular people see how they stack up against elite athletes. The AI system being used in Paris also has a portable version that can work on and . This makes it easier to assess performance without needing complicated equipment. Recently, the International Olympic Committee used this technology in , where they over 1,000 kids in different villages. They found 48 kids with great athletic potential and gave them chances to improve their skills. While it's exciting to find talent early, some experts, like Prof. John Brewer, warn that a simple assessment might miss important skills, especially for sports that need special techniques. He the AI system is useful for initial checks, especially in places where advanced methods aren’t available. However, he believes this technology should be part of a bigger system to fully evaluate athletes. As the goes on at the Olympic Stadium, kids like Tacto are excited to be seen as potential , even if they like sports right now.

πŸ’¬ Discussion Questions:

1. What is your opinion about using AI to find future sports champions?
2. How would you feel if you were tested by an AI system to see which sport you might excel in?
3. Do you think it's fair to judge young athletes based on a simple assessment? Why or why not?
4. What is a sport that you think requires special techniques, and why do you think those techniques are important?
5. How do you think technology can help improve sports training for young athletes?
6. Do you like the idea of using portable technology, like apps on phones, to assess athletic performance? Why or why not?
7. What is a sport that you enjoy, and do you think you would be good at it if tested by an AI system?
8. How would you feel if you found out you had great potential in a sport you never considered before?
9. Do you think that talent can be found in remote areas, or do you believe it’s mostly in big cities? Why?
10. What is your experience with sports training? Have you ever used technology to help you improve?
11. How do you think young athletes would react to being compared to elite athletes through an AI system?
12. Do you think finding talent early is important for young athletes? Why or why not?
13. What is a challenge you think young athletes face when trying to improve their skills?
14. How would you feel if a system told you to focus on a sport you didn’t enjoy?
15. Do you think the benefits of using AI in sports outweigh the potential risks? Why or why not?

Individual Activities

πŸ“–πŸ’­ Vocabulary Meanings:

Click a dot next to a word, then click the dot next to its meaning to draw a line connecting them.

Words

1. endurance
2. agility
3. potential
4. assess
5. elite
6. portable
7. complicated
8. techniques
9. initial
10. evaluate
11. sprinters
12. remote
13. analyze
14. performance
15. advanced

Meanings

(A) Easy to carry or move around
(B) To judge or decide the value or quality of something
(C) The best or most skilled people in a group
(D) Far away from other places or people
(E) The ability to move quickly and easily
(F) To judge or calculate the quality, importance, or value of something
(G) More developed or complex than others
(H) Happening at the beginning
(I) To examine something in detail to understand it better
(J) Hard to understand or deal with
(K) The ability to keep going for a long time without getting tired
(L) People who run very fast in short races
(M) The possibility of becoming something in the future
(N) Special ways of doing something
(O) How well someone does a task or activity

πŸ”‘ Multiple Choice Questions:

1. What is the purpose of the new AI system being tested at the Paris Olympics?
(a) To identify future Olympic champions
(b) To create new sports
(c) To train coaches
(d) To organize events
2. Where are the young athletes participating in the tests from?
(a) Paris, France
(b) New York, USA
(c) Yokohama, Japan
(d) Sydney, Australia
3. What types of activities do the kids participate in during the tests?
(a) Swimming and cycling
(b) Team sports like soccer and basketball
(c) Dance and gymnastics
(d) Running, jumping, and strength exercises
4. What does the AI system analyze to determine which sport a kid might excel in?
(a) Age and height
(b) Popularity of the sport
(c) Social media presence
(d) Power, endurance, and agility
5. How did the International Olympic Committee use this technology recently?
(a) They tested over 1,000 kids in Senegal
(b) They trained coaches in Europe
(c) They organized a global competition
(d) They built new training facilities
6. What concern does Prof. John Brewer have about the AI system?
(a) It is too expensive to use
(b) It takes too long to analyze data
(c) It might miss important skills for certain sports
(d) It is not popular among athletes
7. What is one advantage of the portable version of the AI system?
(a) It requires no internet connection
(b) It can work on phones and tablets
(c) It is cheaper than the main system
(d) It can be used for all sports
8. How do kids like Tacto feel about being assessed by the AI system?
(a) Nervous about the results
(b) Excited to be seen as potential sprinters
(c) Indifferent to the testing
(d) Frustrated with the technology

πŸ•΅οΈ True or False Questions:

The technology aims to evaluate how well kids might perform in various sports by analyzing their physical activities.
Athletes like Tacto and Tomo from Yokohama, Japan, do not participate in activities such as running, jumping, and strength exercises during the tests.
There is no portable version of the AI system that can be used on phones and tablets, making it harder to assess athletic performance.
All experts, like Prof. John Brewer, agree that the AI system may overlook important skills needed for sports that require specific techniques.
A old AI system is not being tested at the Paris Olympics to identify future Olympic champions among young athletes.
The International Olympic Committee recently tested the AI technology in Senegal, identifying 48 kids with significant athletic potential.
Sarah Vickers, who is in charge of Intel’s Olympic Program, believes this technology allows everyday people to see how they compare to top athletes.
The AI system compares the performance data of young athletes to that of elite athletes to suggest which sports they may excel in.

πŸ“ Write a Summary:

Write a summary of this news article in two sentences.
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Writing Questions:

1. How does the AI system help identify young athletes' potential in different sports?
2. What activities do kids like Tacto and Tomo participate in during the tests?
3. Why is the portable version of the AI system important for assessing athletic performance?
4. What concerns does Prof. John Brewer have about using the AI system for evaluating athletes?
5. How did the International Olympic Committee use the AI technology in Senegal, and what was the outcome?

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