Researchers have created a robot with the ability to not only learn from it's mistakes, but but also the wherewithall to teach itself new tasks. Recently, the robot learned to walk and it is currently working on learning to run.
Japan's robot, Asimo is currently able to walk and run. However, the major difference is that these were programmed abilities... the new humanoid robot has actually learned to walk on it's own, through trial-and-error.
Plans are to use the robot in industrial settings where hazardous materials warrant them unsafe for humans without protective clothing.
Key Themes Behind This Trend
- Self-learning Robots
- Development of self-learning robots creates opportunities for automation in various industries.
- Trial-and-error Robotics
- Adoption of trial-and-error approach by robots could lead to more efficient problem-solving and innovations in robotics.
- Robotics in Hazardous Work Environments
- Automation of tasks in hazardous work environments can significantly reduce risks to human workers.
Where This Applies
- Manufacturing
- Self-learning robots open up opportunities for automation in various manufacturing processes.
- Oil and Gas
- Adoption of self-learning robots can automate hazardous tasks such as inspection and maintenance in oil and gas industry.
- Chemical Industry
- Use of self-learning robots in chemical plants can reduce the risks of exposure to hazardous materials for human workers.
