(Interview with Guangdong University of Technology, Professor of Guangdong University of Technology, Yang Yimin)
When I came to Room 302, Building 6, Guangdong University of Technology, the European Cup, which was eye-catching, was slowly unveiled. Here, the reporter saw Professor Yang Yimin, the "team leader" of the " robot football team." A light blue overalls, almost no other decoration, even did not see a pair of thick glasses in anticipation.
Create a "Zen" in the research room
Room 302 is actually a two-in-one room of about 30 square meters. The outer wall is covered with calligraphy and Chinese landscape painting. The entrance is the space for self-cultivation. On the main wall is a couplet, Shanglian: "Dry rain wet clothes can not see", the next link: "free flowers to hear silent", horizontal batch: "Zan Jing". The horizontal batch was placed at the maximum by the owner and hung in the center. After the reporter explained his intentions, Professor Yang repeatedly stressed that he did not want to promote himself. He just hoped to let more people know his "robot football team." The most attractive thing in Room 302 is a small wooden bed that is three feet wide and the mottled red lacquer shows that it has undergone a baptism of the age. Computers and countless books are naturally essential to this diverticulum.
The robot soccer game is like this. It is like a "robot soccer team". Professor Yang’s interest is like a dislocated horse. When he talks, he becomes a big-eyed dance. The reporter can't even bear to interrupt. "There are four systems in the whole game. The vision subsystem communicates the status of the game on the court to the decision-making subsystem through the camera. The decision-making subsystem makes corresponding decisions by interpreting the image and communicates it to the stadium through the wireless communication subsystem. The robot subsystem on the robot, that is, the robot player on the court. In general, the visual subsystem is equivalent to the human eye, the decision subsystem is equivalent to the brain, the wireless communication subsystem is equivalent to the nervous system, and the robot subsystem is It is equivalent to all active parts of the human body.
Not satisfied with the abstract explanation, Professor Yang took the reporter to visit his laboratory and the venue where the robots practiced. A so-called stadium in the center of the laboratory is actually a piece of wood that is the size of a blackboard in front of the classroom. It is painted with a goal, a restricted area, a middle circle, etc., and it is like a miniature soccer field. The robotic player on the court looks like an electric toy car in the hands of a journalist. On the top of the court are two cameras. On both sides of the court are two computers that control the entire stadium. This is the “decision subsystem†introduced by Professor Yang. There are two antennas next to them. This is the panorama of the robot soccer game.
Football is only a medium of research when the reporter asked, "Why not choose other fields, such as robots in military, production, home and other fields, even sports, why not basketball, volleyball or badminton, table tennis, etc.?" At the time, Professor Yang explained: "Football is only a research medium. We hope to study robot intelligence through the study of soccer robots. And for the operability of the laboratory, a simple football field and a set of equipment. It is not difficult to get it. If you are transparent in this aspect, it is very easy to apply intelligent robots to other fields. As for football, it is the world's largest ball, we can attract more people, especially teenagers. Pay attention to and participate in the research."
In fact, Professor Yang feels the most proud of it: Nowadays, the people who can play robot soccer are getting younger. The youth group can write more and more programs to compose themselves with their interest in new things. Robot soccer team. Professor Yang is very happy to tell the reporter that on the morning of the interview, they just ended the defense of the Municipal Science and Technology Commission and hoped that the project could be extended to primary and secondary education. It is estimated that it will be passed soon.
Create "dark blue" in football robots
Speaking of the awards of the annual competition, Professor Yang is like a few treasures. The Guangdong University of Technology robot soccer team led by Professor Yang has achieved fruitful results.
Professor Yang also told reporters: "The robot soccer game is divided into two types. One is called RoboCup. At the seminar on major challenges in the field of artificial intelligence held in Tokyo, Japan in 1992, the researchers discussed this topic; In 1996, the RoboCup International Federation was established and held an exhibition in Japan, followed by an annual event. The other is FIRA, the International Robot Soccer League, which was established in June 1997 and is located in Daejeon, South Korea. Says: "Our greatest wish is that, as advocates predict, in 2050, an all-round humanoid robot soccer team will play football with the then World Cup champion team in accordance with the rules of FIFA, and To win the victory of this man-machine war. "Maybe at that time, we can see that a robot soccer team will be as shocking as the "dark blue" on the chessboard.
Even so, Professor Yang said: "The intelligence of robots can never be the same as human beings. We can only make the intelligence of robots infinitely close to humans, but it is impossible for robots to replace humans." Meanwhile, Professor Yang also Presented to the reporter the "laws" of the World Robotics Association on robotics research, and told reporters: "The research of robots should be beneficial to all mankind."
(Reporter Zhao Jiayue Dou Win)
When I came to Room 302, Building 6, Guangdong University of Technology, the European Cup, which was eye-catching, was slowly unveiled. Here, the reporter saw Professor Yang Yimin, the "team leader" of the " robot football team." A light blue overalls, almost no other decoration, even did not see a pair of thick glasses in anticipation.
Create a "Zen" in the research room
Room 302 is actually a two-in-one room of about 30 square meters. The outer wall is covered with calligraphy and Chinese landscape painting. The entrance is the space for self-cultivation. On the main wall is a couplet, Shanglian: "Dry rain wet clothes can not see", the next link: "free flowers to hear silent", horizontal batch: "Zan Jing". The horizontal batch was placed at the maximum by the owner and hung in the center. After the reporter explained his intentions, Professor Yang repeatedly stressed that he did not want to promote himself. He just hoped to let more people know his "robot football team." The most attractive thing in Room 302 is a small wooden bed that is three feet wide and the mottled red lacquer shows that it has undergone a baptism of the age. Computers and countless books are naturally essential to this diverticulum.
The robot soccer game is like this. It is like a "robot soccer team". Professor Yang’s interest is like a dislocated horse. When he talks, he becomes a big-eyed dance. The reporter can't even bear to interrupt. "There are four systems in the whole game. The vision subsystem communicates the status of the game on the court to the decision-making subsystem through the camera. The decision-making subsystem makes corresponding decisions by interpreting the image and communicates it to the stadium through the wireless communication subsystem. The robot subsystem on the robot, that is, the robot player on the court. In general, the visual subsystem is equivalent to the human eye, the decision subsystem is equivalent to the brain, the wireless communication subsystem is equivalent to the nervous system, and the robot subsystem is It is equivalent to all active parts of the human body.
Not satisfied with the abstract explanation, Professor Yang took the reporter to visit his laboratory and the venue where the robots practiced. A so-called stadium in the center of the laboratory is actually a piece of wood that is the size of a blackboard in front of the classroom. It is painted with a goal, a restricted area, a middle circle, etc., and it is like a miniature soccer field. The robotic player on the court looks like an electric toy car in the hands of a journalist. On the top of the court are two cameras. On both sides of the court are two computers that control the entire stadium. This is the “decision subsystem†introduced by Professor Yang. There are two antennas next to them. This is the panorama of the robot soccer game.
Football is only a medium of research when the reporter asked, "Why not choose other fields, such as robots in military, production, home and other fields, even sports, why not basketball, volleyball or badminton, table tennis, etc.?" At the time, Professor Yang explained: "Football is only a research medium. We hope to study robot intelligence through the study of soccer robots. And for the operability of the laboratory, a simple football field and a set of equipment. It is not difficult to get it. If you are transparent in this aspect, it is very easy to apply intelligent robots to other fields. As for football, it is the world's largest ball, we can attract more people, especially teenagers. Pay attention to and participate in the research."
In fact, Professor Yang feels the most proud of it: Nowadays, the people who can play robot soccer are getting younger. The youth group can write more and more programs to compose themselves with their interest in new things. Robot soccer team. Professor Yang is very happy to tell the reporter that on the morning of the interview, they just ended the defense of the Municipal Science and Technology Commission and hoped that the project could be extended to primary and secondary education. It is estimated that it will be passed soon.
Create "dark blue" in football robots
Speaking of the awards of the annual competition, Professor Yang is like a few treasures. The Guangdong University of Technology robot soccer team led by Professor Yang has achieved fruitful results.
Professor Yang also told reporters: "The robot soccer game is divided into two types. One is called RoboCup. At the seminar on major challenges in the field of artificial intelligence held in Tokyo, Japan in 1992, the researchers discussed this topic; In 1996, the RoboCup International Federation was established and held an exhibition in Japan, followed by an annual event. The other is FIRA, the International Robot Soccer League, which was established in June 1997 and is located in Daejeon, South Korea. Says: "Our greatest wish is that, as advocates predict, in 2050, an all-round humanoid robot soccer team will play football with the then World Cup champion team in accordance with the rules of FIFA, and To win the victory of this man-machine war. "Maybe at that time, we can see that a robot soccer team will be as shocking as the "dark blue" on the chessboard.
Even so, Professor Yang said: "The intelligence of robots can never be the same as human beings. We can only make the intelligence of robots infinitely close to humans, but it is impossible for robots to replace humans." Meanwhile, Professor Yang also Presented to the reporter the "laws" of the World Robotics Association on robotics research, and told reporters: "The research of robots should be beneficial to all mankind."
(Reporter Zhao Jiayue Dou Win)
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