With steely focus, player number 3 scored a stunning opening goal in the first few minutes of the high stakes soccer match between a dominant Bordeaux and their plucky Chinese opponents.
But as the crowds cheered, the pint sized player, known as Arts, showed none of the customary swagger of triumphant strikers. In fact, robot number 3 and its teammates showed no emotion at all as they continued to exterminate their rival's hopes of victory at RoboCup 2017 in Japan.
The game, which Bordeaux won 4-0, was one of the gripping final matches in a four day event that saw about 3,000 researchers and engineering students from 40 countries displaying the prowess of their latest robotic inventions on the soccer pitch.
Ranging in design from humanoids with human faces to more skeletal contraptions, the robots were programmed to be self directed and played strategically without being given instructions.
The robots "see" using a camera installed in their heads, while installed with artificial intelligence (AI) to recognize the spacing and objects in the sight.
The annual championship, which was held in the central Japanese city of Nagoya, started 20 years ago when a computer beat the top human player in chess, "a big event which prompted computer engineers to set the next goal," said Itsuki Noda, the president of the RoboCup Federation.
"Unlike chess, soccer players have to read constantly changing situations and choose the best movements while competing against rivals," he said.
"Also, soccer requires very good teamwork, which was a completely unresearched area for computer engineers. To solve the riddle, we chose soccer for the robot's next challenge."
Technologies have since advanced so that robots canmake autonomous judgments and cooperate with others, said Noda, also the principal research manager at Japan's National Institute of Advanced Industrial Science and Technology.
That ability to play as a team was the "winning factor" in Bordeaux University's triumph, according to associate professor Olivier Ly, who acted as coach and positioned his team's players.
"We developed lots of features on the team play (...) The robots play together, try to do some passes," he said.
The Chinese team deployed highly mobile robots that, unafflicted by injury concerns, were quick to bounce back to their feet after falling over.
But it was not enough to match the French team.
As the match ended and the humans celebrated, the lifeless robot players were quietly packed away into suitcases.
Harumi Ozawa
Agence France Presse/ Nagoya, Japan
But as the crowds cheered, the pint sized player, known as Arts, showed none of the customary swagger of triumphant strikers. In fact, robot number 3 and its teammates showed no emotion at all as they continued to exterminate their rival's hopes of victory at RoboCup 2017 in Japan.
The game, which Bordeaux won 4-0, was one of the gripping final matches in a four day event that saw about 3,000 researchers and engineering students from 40 countries displaying the prowess of their latest robotic inventions on the soccer pitch.
Ranging in design from humanoids with human faces to more skeletal contraptions, the robots were programmed to be self directed and played strategically without being given instructions.
The robots "see" using a camera installed in their heads, while installed with artificial intelligence (AI) to recognize the spacing and objects in the sight.
The annual championship, which was held in the central Japanese city of Nagoya, started 20 years ago when a computer beat the top human player in chess, "a big event which prompted computer engineers to set the next goal," said Itsuki Noda, the president of the RoboCup Federation.
"Unlike chess, soccer players have to read constantly changing situations and choose the best movements while competing against rivals," he said.
"Also, soccer requires very good teamwork, which was a completely unresearched area for computer engineers. To solve the riddle, we chose soccer for the robot's next challenge."
Technologies have since advanced so that robots canmake autonomous judgments and cooperate with others, said Noda, also the principal research manager at Japan's National Institute of Advanced Industrial Science and Technology.
That ability to play as a team was the "winning factor" in Bordeaux University's triumph, according to associate professor Olivier Ly, who acted as coach and positioned his team's players.
"We developed lots of features on the team play (...) The robots play together, try to do some passes," he said.
The Chinese team deployed highly mobile robots that, unafflicted by injury concerns, were quick to bounce back to their feet after falling over.
But it was not enough to match the French team.
As the match ended and the humans celebrated, the lifeless robot players were quietly packed away into suitcases.
Harumi Ozawa
Agence France Presse/ Nagoya, Japan
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