According to foreign media reports, in March of this year, South Korean chess player Li Shishi and Google's artificial intelligence AlphaGo game, the result of 5 battles and 4 defeats, shocked the world of chess; now the man-machine battle re-emergence, Japanese Go legend Zhao Zhixun and Japan's research and development of the game AI " DeepZenGo will play a three-game match. On the 19th, Zhao Zhixun will take the next step, but on the 20th, the AI ​​"DeepZenGo" will be pulled back to the city. The two sides will fight the final battle on the 23rd.
According to comprehensive media reports, in March this year, the human-machine Go war caused global concern. In fact, the University of Tokyo has already developed its own AI "Zen". It has been in the World Computer Go tournament for many years, but it has never been able to beat professional chess players. Developed the "DeepZenGo" Go AI. The development team claims to have a higher level than "AlphaGO". In order to verify the strength, it will play a three-game match with the 60-year-old Zhao Zhixun of the Japanese Go world. The second match with AI.
On the 19th, the first battle of Zhao Zhixun won the game "DeepZenGo". It is believed that the Go AI developed by Japan is still less than "AlphaGO". At noon yesterday, the two sides played the game in the second game. The "DeepZenGo" throwing the black box pulled back a city and let Zhao Zhixun take the middle plate. Admit defeat, the two sides battle into a 1:1 tie, will be the final battle on the 23rd.
Zhao Zhixun is a Korean chess player who traveled to Japan. He was the first chess player in Japan's history to win a Grand Slam (seven titles). He won the title of the 25th "Beninfang" because of his 10 consecutive victories in Benin Square. Although he is not the top player in the chess world at the age of 60, his influence has always been strong, and he still has the strength to reach the final of the Japanese A-Tongshan Cup this year.
The result of the second battle is also a milestone for "DeepZenGo", indicating that the Go AI developed by Japan also has a higher strength than professional chess.
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1. Power Distribution Systems
Low-frequency transformers are essential components in power distribution systems, where they are used to step down the voltage from high-voltage transmission lines to lower voltages suitable for distribution to homes and businesses.
They ensure safe and efficient power delivery to end-users by converting high voltages to lower, more manageable levels.
2. Industrial Applications
In industrial settings, low-frequency transformers are used to power various machines, equipment, and control systems.
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3. Audio Equipment
Audio equipment, such as amplifiers, speakers, and microphones, often employ low-frequency transformers for impedance matching and signal isolation.
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4. Telecommunications
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5. Power Supplies
Low-frequency transformers are commonly found in power supply units (PSUs) for various electronic devices, including computers, TVs, and other consumer electronics.
These transformers convert the main AC power supply to the required DC voltage levels, providing clean and stable power to the electronic components.
6. Lighting Systems
In lighting systems, low-frequency transformers are used to convert the main AC power supply to lower voltages suitable for certain types of lighting fixtures, such as incandescent lamps and low-voltage halogen lights.
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7. Medical Equipment
Medical equipment often requires precise and reliable power supplies to ensure accurate measurements and safe operation.
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8. Safety and Isolation
Low-frequency transformers provide electrical isolation between the primary and secondary circuits, enhancing safety and preventing ground loops.
This isolation feature is particularly important in applications where electrical shock hazards may exist, such as in wet environments or around exposed electrical equipment.
In summary, low-frequency transformers are versatile components that find applications in numerous sectors, where the transformation of electrical energy at low frequencies is essential. Their ability to step down voltages, provide electrical isolation, and ensure efficient power delivery makes them ideal for use in power distribution systems, industrial applications, audio equipment, telecommunications, power supplies, lighting systems, medical equipment, and safety isolation solutions.
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