Robot Rescue: Behind The Technology Deployed For Disaster Relief | NBC Nightly News

This was a huge outdoor classroom in the afflicted city of Texas A & M, the broken building destroyed the bus and destroyed the truck. After Hurricane Harvey Road entered to save lives to the town's robot, Robin Murphy and her team tested the technology the robots worldwide use for rescue. Emergency personnel provided emergency personnel with information on the damage to the evacuation route to the dam and information on those who desperately wanted rescue. Murphy and robot can attack you by Japanese tsunami of Mexico City and Kilauea volcano erupted in the building of the World Trade Center, you can change your appearance. The message believes that the difference between robot's life and death is now immoral and will not be used in the future. Murphy Faith and Robotics Army are important elements of any emergency response. Tammy Leitner NBC News Academy Station Texas Subscribe to me I watch every video click here, click here View the latest interview program

Robots at Texas A & M University are deployed to worldwide disasters, each with a different occupation, to help first aiders save their lives

Robots also proved extremely useful for natural disaster relief and rescue activities. In Hurricane Katrina, search and rescue robots were deployed, and survivors of areas that are dangerous for the human team were discovered. After the Fukushima nuclear power plant accident, a robot equipped with a camera and a tool was used to measure the radiation level. Whether underwater, on the ground or in the air, the robot may reach a place out of reach of people. With these features, recovery time is reduced and human resources can be placed in the most needed place.

The rescue robot is a robot designed to save people. Common situations where rescue robots are used are mining accidents, urban disasters, hostage incidents and explosions. Advantages of rescue robots for these tasks include reduced personnel, reduced fatigue, and access to other unreachable areas. Rescue robots being developed are search, reconnaissance and mapping, rubble removal or support, transport of goods, medical and injured evacuation. Even with all these ideas, there are still some technical challenges. Robin Murphy, Professor of Computer Science and Engineering, says: "Real disasters are not common and everything is different.The robot will not be used as you think, we will always discover new bottlenecks and problems.

On 11th September, the disaster rescue robot was really tested for the first time. They were sent to the ruins and found survivors and corpses. These robots do not work well in the ruins of the World Trade Center and are inoperable and damaged. Since then, many new ideas on rescue robots have embodied. Engineers and scientists are changing the shape of the robot and trying to move them from the wheels to the wheels. "If search and rescue robots are widely used within 14 years, they need strong government funding and support." This means that without the government's assistance the technology of these devices can not be used, Or it means that it is too high. . These robots are very important in disaster scenarios and hope to bring about better changes.