New York City transportation officials are exploring the possibility of using artificial intelligence to track how many subway riders are wearing face masks, Reuters reports. Singapore police are testing their two pilotless drones to force social distance and curb the spread of COVID-19, according to Reuters.
Danish company UVD Robots is delivering a robot to a Chinese hospital to disinfect rooms, according to Reuters. The robot, which greets patients and cleans high-risk areas, will reduce the number of health workers and other key staff who need to come into contact with COVID-19 patients. By performing basic tasks in hotels, Tokyo officials hope the robot can prevent patients from becoming too lonely. When fully deployed, the robots will be used in hotels and hotels with employees, and their Pepper signs and kiosks will reduce the number of potentially infected employees in the hotel lobby and lobby.
Chinese robot manufacturer Youibot has developed a sterilization robot based on market demand. Even if robots are immune to infection, the challenge will only get worse if more robots forget to deliver healthcare, for example. Privacy advocates, concerned about the increasingly detailed tracking of people, are also urging companies to limit the use of AI in pandemics.
Robots are now being used to alleviate loneliness in mild COVID cases (19 in Japan), and a robot that gives instructions has been reprogrammed to act as a mask girl. Softbank, a Japanese company, is a robot that is used in shops and hotels around the world.
President and CEO Hiroya Nakano says he doesn’t want to replace human interaction, but to provide robots that can communicate and entertain in a friendly way. Robots can sometimes seem disturbing and strange to Westerners, but many Japanese see them in a friendly light, “Nakano said.
For example, itinerant units can identify people who are not wearing masks and remind them to do so before entering a building. If the wearing of masks is not enforced, which is widely accepted in Japan as a preventive measure, Robovie can guide customers through stores and help them find product locations without people wearing masks or keeping social distance. Lee didn’t find the robot so friendly when he told her to wear her mask properly.
The technology can also be used to measure the extent of wearing masks in a specific location, allowing transit officials to channel resources to stations that do not comply with the rules. Mask recognition cameras in conjunction with autonomous security systems can provide the documentation employers need to ensure compliance with the masks, as well as information on the number and type of masks used.
Delivery robots will be able to transport goods ordered online from a local warehouse to the customer’s front door, and self-driving wheelchairs can be programmed to take users to specific destinations. In a German grocery store, a patrol robot with six cameras takes over the work of a security guard, while another version of the robot helps customers stay at a safe distance. Robots have proven valuable when they provide people who shop online with essential items or when people are quarantined at home. A worker in a high visibility suit sprays disinfectant onto a washing station, which is rolled out and rolled back into the washroom.
The developers of Robovie, who are behind a host of robotics innovations, hope the experiment will reduce the close contact between buyers and employees, adding that they believe most people will feel embarrassed when the robot asks them to hide. In a way, the developers believe, customers would be embarrassed if they were asked for a photo of themselves covered with a robot, but not in the way they would otherwise.
This could help to force social distancing, but in time, robots could also be taught to read physical aspects of human relationships. An on-board infrared camera could allow robots to measure people’s temperature remotely and identify people with fever who need to isolate themselves. Spot and other robots have already been used for coronavirus-related tasks, such as helping staff limit viral exposure and monitoring the public during closures. In other countries, where authorities are allowed to use rifle-equipped patrols, robots could do a better job.
While humans should take protective measures, robots could behave similarly and tell them to keep their distance from each other.
In Tunisia, residents who leave their homes when they are blocked must show their ID and reasons to a police robot called PGuard on the street, and in Tunisia, residents who leave their homes when they are blocked can be arrested and must declare or show ID to police and police robots and local police officers. When an autonomous robot-based security device recognizes a person in a mask, as requested by the customer, this system can generate an audible or visible alarm that reminds people to disguise themselves. The establishment, the government, or even the person at home can insist that people who enter private property or facilities must wear masks. Customers are immediately warned if they are found not to be wearing a face mask or following physical separation rules.