Friday, 3 November 2017

DeformWear: Deformation Input on Tiny Wearable Devices

DeformWear
We have all seen various smart- somethings entering the market whether it be a smart watch or virtual glasses or wireless headphones, they all have one thing in common. They require an app on a smart phone or tab or some other device with not only WiFi connectivity but also a Bluetooth connection.
Using such devices at times therefore can be a handful while inputing all data into a phone or some other device. The world of science now brings DeformWear. DeformWear can be thought of as a tiny device the size of a pea that allows you to toggle data onto your gadget.

How was DeformWear made? 

Scientists felt the need for a tiny device that could be used fast and discreetly to handle devices when gadgets such as the Apple watch came out. Their screens were so small that using the device made it impractical for many people. So DeformWear was born. It is a gadget no less than the size of a pea that can be moved in all directions, pressed, pinched, pushed right, left, down and up.

How DeformWear was thought of: 

Researchers at Saarland University tested smart phone gestures with the use of a person’s skin and found that many of them pinched and pushed to the side to access smart phone apps. This study combined with sensors that were initially thought of for robots led to the creation of a body carried device the DeformWear.

Functioning of DeformWear: 

DeformWear has a diameter of 10 millimeters and can be handled just like a balloon but minus the bursting part. DeformWear comes with a sensor that then allows an individual to maneuver it in all directions.

Testing of DeformWear: 

DeformWear was made into a charm, bracelet and ring. The device was then tested on multiple people for different applications while using a smart watch and virtual glasses discreetly and fast. Later on it was used on smart televisions and to play music all without the need to look at the screen. The results from the testing of DeformWear were all found to be successful. DeformWear uses the fine motor functioning of fingers along with push and press functioning to give desired results.

Researchers at Saarland University hope to use this device quickly and discreetly when handling devices with no screen or when the device has too small a screen. With the introduction of DeformWear, the world can be ready for even smaller gadgets which can be handled with DeformWear. Also with the development of DeformWear, there may also be different ways in which the device can be worn. At present it is tested only as a charm, bracelet and ring.

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