- Views Japan’s Robots: Becoming More Human
- The Robot that Won’t Help You
- A Look at the Sociable Trash Box
- [2012.07.19] Read in: 日本語 | 简体字 | 繁體字 | FRANÇAIS | ESPAÑOL | العربية |
The trash-can robot from Toyohashi University of Technology asks humans to pick up litter that it finds. Professor Okada Michio explains how his team is looking at the ways robots and machines can better communicate with humans.
Communication is the Key
Given the popularity of robots that vacuum your house for you, you might be surprised to hear that the “Sociable Trash Box” does not clean and cannot even pick up the trash by itself. Developed by Professor Okada Michio and others at the Toyohashi University of Technology, the trash-can robot has a USB camera and an infrared sensor installed. The robot moves around the room, searching for litter. When it finds some, instead of picking it up, it turns toward a person nearby and leans its body forward as if doing a bow. With this charming little movement you can imagine the robot saying, “Please help pick up the trash.”
Many robots are developed with the aim of helping people. From this perspective, a robot designed so that it requires help from people sounds very odd. In a society where humans and robots coexist, the latter will certainly need to have a complete set of functions—but the importance of their communication skills must not be overlooked.
Okada specializes in social robotics and cognitive science. He researches the relationship between humans and robots, using unique and vulnerable-looking robots like the Sociable Trash Box.
“When you buy a drink from a vending machine, you may hear the machine say ‘Thank you’ in a synthesized voice. These are the same words that a shopkeeper would say, but the voice sounds impersonal and you don’t feel that the machine is grateful. Hardly anyone would turn back and reply. This is an excellent example of poor communication between machines and people.”
A Robot’s Body Language
Words aren’t always necessary to communicate. Babies cry and scream, asking for more milk or a new diaper. They show their satisfaction by becoming quiet. Parents look after their babies by listening to the way they cry and looking at their reactions to work out what they want. Even though there are no words exchanged, a certain form of communication exists between them.
Indeed, rearing an infant is not a one-way process; it involves interaction between parent and child. The baby is cared for and gets the milk that it wants. The mother or father experiences joy in looking after the child and feels the significance of her or his existence to the child. To put it another way, the baby’s helplessness and weakness draw out its parents’ love and support, allowing it to achieve its aims.
Could this natural and unconscious form of human communication also take place between humans and robots? Okada’s research is looking carefully at how such a coexistence might take place. The adorable Social Trash Box uses its weakness as a weapon to coerce the people around it to pick up the trash. The people who help the robot get a strange sense of satisfaction and accomplishment. And of course, if the people around the robot are children, picking up the trash will be a good habit to learn.
Okada notes: “Coexistence between humans and robots is realized when they both create new value for one another, building a win-win relationship.” His research continues.
(Originally written in Japanese by Hayashi Aiko, science writer. Photographs by Kawamoto Seiya.)
- Other articles in this report
- The Dolls that Sparked Japan’s Love of Robots: “Karakuri Ningyō” The mechanical dolls of the Edo period, called karakuri ningyō, were the starting point of Japan’s love affair with robots. The intricate clockwork motors inside dolls create playful, realistic movements that capture the imagination and inspire affection.
- Japan’s First RobotGakutensoku was a humanoid robot built in 1928 by Nishimura Makoto, an editorial writer for the Osaka Mainichi Shimbun. This is thought to be the first robot ever built in East Asia. In it, we can see the roots of modern humanoid robotics.
- Fukushima’s Radioactivity-Proof Cleanup Robot “Quince” is a disaster response robot that has been playing a crucial part in efforts to repair the damage at the nuclear power station in Fukushima.
- Robot SoccerRobotics developers have a dream: That one day their robot athletes will defeat the World Cup winners and be crowned as the best soccer team in the world. This year’s “RoboCup – Japan Open” pitted 73 teams of robots against one another for a place in the robot World Cup.
- Building a Bear of a RobotFujitsu Laboratories Ltd. has unveiled an interactive robot teddy bear that can express emotions and respond to people’s input. The robot is expected to provide companionship for the elderly in care and other facilities and facilitate communication among young children.