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Artificial Intelligence In Olympics Introduces A New Phase Of Sporting

Artificial Intelligence

Artificial intelligence in the Olympics is changing the way technology is used in sports and other related fields.

“The show must go on” is a phrase we hear a lot, and it makes perfect sense given the global pandemic. Yes, this all happened in late 2019 when Covid-19 was first reported in Wuhan. The virus has since spread around the world, prompting governments to impose strict lockdowns. An international sporting event that was supposed to take place in 2020 was postponed until finally the IOC and Japan, which was the host country in 2021 when people started living with the virus, agreed to host the event. One of the most welcome guests at the Tokyo Summer Olympics is artificial intelligence. Artificial intelligence in the Olympics is changing the way technology is used in sports and other related fields.

The sports industry has the perfect computing power for artificial intelligence applications. Over the years, AI in sports has been widely admired as a tool to improve athlete performance and calculate movement. As long as stopwatches and time tracking devices have existed, the Olympics were one of the earliest adopters of technology. Launched in 1948, Omega’s Magic Eye camera was the first of many ‘photo finishes’ in athletics. This technology has since become part of every sporting event around the world. The Tokyo Summer Olympics will take a giant leap forward in artificial intelligence and machine learning, providing athletes and presenters with world-class AI in their sports experience.

The forefront of technology for the Tokyo Olympics

Before we delve into how artificial intelligence in the Olympics will empower athletes and contribute to more flawless competition, let’s take a look at how technology performs simple tasks in the Olympic Village. let’s An important fact about the Olympics is that hundreds of people from all over the world gather in a particular place. We will handle it properly. However, a major challenge for event managers is getting players and their teams from accommodation to venues. Fortunately, self-driving cars are a practical solution to mobility problems. The self-driving car will move around the Olympic Village as a driver. In addition, self-driving cars are programmed with machine learning to return sports equipment such as javelin, discus, and hammers to athletes during games. As I mentioned earlier, the Olympics is a place where different countries meet. Along with that comes the problem of language. Not everyone knows the languages ​​of other countries. Therefore, the Olympics uses an AI-powered real-time translation system to make instructions easier for different people to understand. Installed on a smartphone or other compatible device, Translator allows users to select a target language, speak into the device, and transmit the spoken words in the target language. Additionally, artificial intelligence is being used at the Olympics in a variety of ways, including tracking tools, cloud-based broadcasting, robotic assistants, and 5G.

Big data for tracking athlete health and performance

Big data plays an important role in improving athlete performance. Especially in surfing, big data helps athletes track and quantify their performance. That’s why the USA Surfing organization has leveraged a number of big data techniques to give athletes a head start. In addition, big data is also used to monitor the physiological state of athletes, including cardiovascular performance, sleep patterns, heart rate variability, and more. Meanwhile, machine learning played a big role in choosing the perfect surfing game website. 3DAT to ascertain the potential of top athletes

Intel and Alibaba jointly developed 3DAT (3D Athlete Tracking), which accurately monitors athlete movements. 3DAT was first demonstrated at the US Olympic Games in Eugene, Oregon, and will be used for a variety of purposes at the Tokyo Olympics. The AI-based system acquires images from five dedicated trail cameras and transmits them to the Alibaba cloud, where they are transformed into actionable insights. This method is considered a disruptive way to discover the potential of top athletes.

The robot is supposed to help a basketball player make free throws

Toyota’s AI-powered humanoid basketball players aren’t team members at basketball games, but this robot is a legend of its kind. In 2019, this humanoid robot made history by setting the Guinness World Record for “most consecutive free throws in basketball by a humanoid robot.” The robot is now used at the Olympics to demonstrate throwing techniques before each commercial break.

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