Schlagwort: Soft Robotics

Investigationen, Projekte

When Simple, Soft Shapes Become Social Robots

How can you make social robots out of simple, soft shapes and objects, i.e. robots for interacting with people and animals? Under the supervision of Prof. Dr. Oliver Bendel, Vietnamese student Nhi Hoang Yen Tran and her fellow student Thang Vu Hoang investigated this question in the project „Simple, Soft Social Robots“ at the FHNW School of Business. They used Hugvie from Hiroshi Ishiguro Laboratories as the basis for their considerations – these labs are most famous for the Geminoid and for Erica. But hugging robots like Telenoid also come from them. The latest product from this series is Hugvie. A pocket for a smartphone is attached to its head. People who are far away from each other can talk to each other and have the impression of hugging and feeling each other. But what else can be done with Hugvie and similar forms? The two students have come up with eleven suggestions. A video explains five of them. Two of them are variants of Hugvie. With their result, the two students have received the highest performance in the bachelor thesis among all graduates of BSc International Management in 2021.

Fig.: Thang Vu Hoang and Nhi Hoang Yen Tran

Innovationen, Projekte

Simple, Soft Social Robots – Sleeping Hugvie

Simple, soft shapes are everywhere. In our home environment you can find pillows, blankets, balls, bottles, clothes, etc. Robots are often expensive and complex. But couldn’t they be thought of in a completely different way? How could social robots emerge from simple, soft shapes? As part of their final thesis at the School of Business FHNW, Nhi Tran Hoang Yen and Thang Hoang Vu from Ho Chi Minh City have answered this question posed by their supervisor Prof. Oliver Bendel. They have submitted eleven proposals for novel robots. All are shown on informationsethik.net. The tenth proposal is Sleeping Hugvie (go here to the previous). The normal Hugvie is used to communicate with distant people, giving the feeling of sensing them. You talk to them and hug the robot. In the process, you apparently feel the other person’s heartbeat via the integrated element. The Sleeping Hugvie has a different function. It is supposed to make it easier for babies to fall asleep. Its shape can be adjusted. The integrated element can also simulate the heartbeat – of the mother, for example. Parents can talk to the child or play soothing music (or white noise) via a speaker. A camera for observing the child is optional. Two books by Oliver Bendel on social robots – „300 Keywords Soziale Robotik“ and „Soziale Roboter“ – will be published in October 2021.

Fig.: Sleeping Hugvie (image: Trần Hoàng Yến Nhi & Hoàng Vũ Thắng, Thành phố Hồ Chí Minh, Việt Nam)

Innovationen, Projekte

Simple, Soft Social Robots – PossiCube

Simple, soft shapes are everywhere. In our home environment you can find pillows, blankets, balls, bottles, clothes, etc. Robots are often expensive and complex. But couldn’t they be thought of in a completely different way? How could social robots emerge from simple, soft shapes? As part of their final thesis at the School of Business FHNW, Nhi Tran Hoang Yen and Thang Hoang Vu from Ho Chi Minh City have answered this question posed by their supervisor Prof. Dr. Oliver Bendel. They have submitted eleven proposals for novel robots. All are shown on informationsethik.net. The sixth proposal is PossiCube, the cube of possibilities (go here to the previous). Possicube is an element that can be integrated into any simple soft shape. It transforms them into a simple social robot. For example, thanks to PossiCube, a teddy bear can perceive its environment and react to it with sounds or sentences. It would be ideal to be able to select different categories with different models. This would make it possible to robotize things in a simple and appropriate way. Two books by Oliver Bendel on social robots – „300 Keywords Soziale Robotik“ and „Soziale Roboter“ – will be published in October 2021.

Fig.: Possicube (image: Trần Hoàng Yến Nhi & Hoàng Vũ Thắng, Thành phố Hồ Chí Minh, Việt Nam)