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By sending robots to university, researchers investigate the relationship between them and humans

In a new project, scientists are planning to bring robots to the campus of the University of Texas to see how humans react to these mobile devices. Starting in 2023, the team will send four four-legged robots to the university campus to collect the necessary information about the relationship and two-way interactions between humans and robots.

A group of researchers at the University of Texas recently received funding from the National Science Foundation to investigate the relationship between humans and robots. Joydeep Biswas, an assistant professor of computer science at the National College of Sciences and a member of the research team, says: “When we release robots into the real world, the problem is no longer just on a technical level, but on a Socio-technical issue Becomes.”

This team wants two types of four-legged robots from companies Boston Dynamics and Unity (Unitree) to use. Researchers are going to set up a network so that students and university staff can use these robots through an application and get help from them to send goods to different departments of the university. Scientists intend to start their work with two robots, but it is said that two robots will be used in the continuation of this research five yaers old will be added to this project.

How do robots behave when faced with humans?

Boston Dynamics robot

When the robots go to the university environment, they will definitely face many obstacles. Researchers meanwhile, the interactions of humans and robots From a distance or up close They monitor and record the necessary information or disable them in case of abnormal behavior from the robots.

Bizoas and his colleagues hope to find out in this research how humans and robots react to each other in the real world. This issue is especially important in relation to the way robots communicate with humans and face complex situations, which for example can include humans, bicycles, scooters, and cars. We are also going to find out how robots learn to mistakes correct yourself

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