Record-breaking Quick Way Robot
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| Synonyms And Synonyms |
Simple robot with two legs can not be named RunBot run. However, he was able to walk faster and even broke the record previously robots.
European researchers robot made as high as 30.5 centimeters is capable of running at speeds of about 3 meters per second or abilities comparable to humans. His ability to run twice the speed of the fastest robots made before Spring Flamingo Massachusetts Institute of Technology (MIT).
"There are some principles that are used here so that this design is more efficient than the previous fastest robot," said Florentin Worgotter brain computing experts from the University of Gottingen, Germany. Like humans who are running fast, relatively straight RunBot knee when walking. Her hips are more widely used to walk rather than swing his knee.
The researchers also devised a simple neural network that mimics the function of human nerves. Two sensors work like neurons to control the motors in the hips.
Sensors at the hip will tell the motor to spin faster to produce more step. Neurons in keeping the knee is still stiff to produce an efficient step and do not bend when walking fast.
This study is a collaboration between researchers from the University of Gottingen, the University of Glasgow, and University of Stirling in Scotland. The results of this study was published in the International Journal of Robotics Research March issue.
European researchers robot made as high as 30.5 centimeters is capable of running at speeds of about 3 meters per second or abilities comparable to humans. His ability to run twice the speed of the fastest robots made before Spring Flamingo Massachusetts Institute of Technology (MIT).
"There are some principles that are used here so that this design is more efficient than the previous fastest robot," said Florentin Worgotter brain computing experts from the University of Gottingen, Germany. Like humans who are running fast, relatively straight RunBot knee when walking. Her hips are more widely used to walk rather than swing his knee.
The researchers also devised a simple neural network that mimics the function of human nerves. Two sensors work like neurons to control the motors in the hips.
Sensors at the hip will tell the motor to spin faster to produce more step. Neurons in keeping the knee is still stiff to produce an efficient step and do not bend when walking fast.
This study is a collaboration between researchers from the University of Gottingen, the University of Glasgow, and University of Stirling in Scotland. The results of this study was published in the International Journal of Robotics Research March issue.
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