Monday 23 July 2007

Vibrating GPS navigation

Here's an interesting new concept, and one that can be easily seen applied to a number of mobile 3D navigation applications too; vibrating GPS rings.

This new idea consits of two vibrating rings which can guide the wearer around a city via global positioning satellite (GPS) have been unveiled by a British designer at the Royal College of Art. The rings are the invention of Gail Knight, who developed them as a way of helping women feel safe in areas they are unfamiliar with.

According to the creator of the proof-of-concept device: "I admit that, as it is rings, they're obviously more attractive to women - and I'd been looking at women and their position in the public sphere, and how safe they feel in a public environment," she told BBC World Service's Culture Shock programme. "I wanted to avoid the route of attack alarms, which nobody really uses, and just find a way of making people feel confident. I integrated that with walking and London, both of which I like, and came up with this device that was very feminine - but at the same time a piece of consumer electronics."

The system works in the following way: not all of the necessary electronics could be put into the rings, so the device controller is worn either around the neck or clipped on to clothing. The controller has a display of eight digits, which allows for a postcode to be entered. It also houses an electronic compass and GPS system, which is what powers the device's navigation. The signal is then transmitted to the two rings, inside of which are a small vibrating motor and antenna. The rings buzz for left and right, and have different vibrations for forwards and backwards. Both buzz when going in the wrong direction.

While the most obvious shortcoming of this is the fact that it is fairly gender-specific it remains a very interesting concept that could be potentially extended to more enhanced GPS navigation for the end user...

More information about this novel system on the following BBC News link, http://news.bbc.co.uk/1/hi/technology/6905286.stm.

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