Tokyo University developed a limb control robot
The University of Tokyo, Japan's top national university, has long relied heavily on government funding for its operations. Between 1979 and 1980, the Japanese government allocated 80 billion yen to the university, and this support has continued to grow year by year. With an annual budget exceeding 100 billion yen, the university benefits from strong financial backing and is recognized for its world-class research and academic excellence. This environment has enabled significant advancements in robotics, leading to the creation of a wide range of sophisticated robotic systems.
One of the earliest breakthroughs came in 2001 when the University of Tokyo developed the world’s first animal-like robot, known as the "Cutting Wing Robot." The project received a substantial investment of 3.4 million pounds from the Japanese government. In 2003, a team from the Graduate School of Information Science and Technology created the first humanoid robot capable of automatically transitioning from a lying position to a standing one. This innovation marked a major milestone in the field of human-robot interaction.
In 2006, researcher Takao Someya introduced an electronic skin made from a plastic film embedded with sensors, allowing robots to perceive pressure and temperature—similar to human touch. These developments have led to various practical applications, such as the HRP-2 housekeeping robot that delivers water or even picks apples. These innovations have drawn widespread attention from both the industry and the public.
Recently, the University of Tokyo has once again captured the interest of robot enthusiasts and professionals around the world. Engineer Tsuyoshi Horo has developed a groundbreaking robotic control system that uses gestures and body language to operate robots. According to reports, the system relies on a network of surrounding cameras to track movements within a controlled environment, making it more intuitive and natural for users. This advancement could significantly change how humans interact with robots in the future.
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