Employees work on humanoid robots at the office of developer Ex-Robots in Dalian, Liaoning province, China June 6, 2024. (REUTERS/Florence Lo)Employees work on humanoid robots at the office of developer Ex-Robots in Dalian, Liaoning province, China June 6, 2024. (REUTERS/Florence Lo)

Engineers at the Chinese company Ex-Robots are developing human-like robots at a factory in China’s northeastern coastal city of Dalian. Their goal is to increase the ability of the company’s robots to show facial expressions and emotions.

Robot body parts like arms, feet, and heads are spread out around the factory. The parts are made from a soft, moveable material called silicone. And human-like robots in different stages of construction can be found nearby. Drawings of robot designs are on a wall.

Li Boyang is Ex-Robots chief executive. He said, “We have our own software and algorithm teams.” Algorithms are commands or rules that a computer program follows. Robots need them to operate.

Li said, “There are many basic models and algorithms that are commonly open source, which everyone uses.” Open-source programming is usually freely available to software developers to use in their systems.

But Li said that his company is centering its efforts on how to get the artificial intelligence (AI) “to recognize and express expressions and emotions.”

Heads for humanoid robots sit on a table at the office of developer Ex-Robots in Dalian, Liaoning province, China June 6, 2024. (REUTERS/Florence Lo)
Heads for humanoid robots sit on a table at the office of developer Ex-Robots in Dalian, Liaoning province, China June 6, 2024. (REUTERS/Florence Lo)

In a demonstration, for example, an Ex-Robots worker moved her head, smiled, and stuck out her tongue. A human-like robot then copied her movement using small motors placed in several spaces in its head.

Li said, “We are also working on the foundation model. The model we’re making is multi-modal and capable of emotional expression.”

Multi-modal AI can process different kinds of signals and can react to them. For example, a multi-modal system could react to video, text, sound or touch. Li added that it can examine the surrounding environment and produce correct facial feedback.

Ex-Robots said it takes from two weeks to a month to produce a humanoid robot. The robots cost from $207,000 to $276,000.

So far, the robots’ main purpose is to be shown in museums. One of the museums is in the same building as the Ex-Robots factory.

Looking ahead, Li believes human-like robots will have a bigger part to play in the healthcare and education industries.

He said that mental health treatments like psychological counselling are ways these robots will be used in the future. He added that his company is currently researching treatments and information gathering for mental health disorders.

Li said, “Moreover, I believe that emotional interaction has broader applications in service fields, such as those aimed at children.”

I’m Jill Robbins.

Gregory Stachel adapted this Reuters story for VOA Learning English.

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Words in This Story

stage –n. a level of development in a process such as building something

construction – n. the act or process of building something (such as a house or road)

artificial intelligence – n. an area of computer science that deals with giving machines the ability to seem like they have human intelligence

tongue – n. the soft, movable part in the mouth that is used for tasting and eating food and in human beings for speaking

foundation –n. the earliest model from which other models can be designed and built

museum – n. the soft, movable part in the mouth that is used for tasting and eating food and in human beings for speaking

interaction – v. to talk or do things with other people

broader – adj. including or involving many things or people: wide in range or amount