Gesture-recognition smartphone technology/ tech news.




Hello friends, 

 

 Technology is taking a boom from day to day and in the field of  communication  at every second their is a new device with lots of new features  from normal handsets to smartphones and now what can you expect, expectations never ends in this field  and now its turn to gesture-recognition smartphone technology which is been introduced by a Goa MIT student Andrea Colaco which would allow the users to interact with their devices through thin air,which sounds to be  interesting and innovative.

This is a path-breaking discovery as this would aide the cell-phone companies to do away with the screen-touch technology that is currently in use in most of the smart phones these days.
Colaco not only earned a graduate and master's degree, and later earned one of the most-sought after doctorate seats at the prestigious Massachusetts Institute Technology (MIT), but has earlier this month won the MIT $100K entrepreneurship competition for her innovation which provides real-time, millimetre accurate 3D gesture sensing on devices like mobile phones.

Every cell phone device manufacturer is scrambling to bring gesture-recognition into their devices.

With the prize money she plans to take 3dim full steam. She plans to develop the technology for customers-smart-device manufacturers-who have already expressed interest in the product. 3dim is a team that consists of a bunch of technology enthusiasts who are excited about changing the way humans interact with computers.

The team is made up of accomplished innovators in signal processing, human-computer interface design and hardware systems along with veterans of the semiconductor industry and academic experts.

The unifying goals of the 3dim team are to define the future of computing interfaces and invent the next wave of smart input to portable and wearable devices. 3dim builds upon breakthrough technology invented at MIT that brings gesture control and 3D sensing to the next generation of post-PC era devices at a fraction of cost and power of existing solutions.

Her prototype requires only a few milli-watts of additional power from the phone, which is about one-seventh of the total amount normally used by a smart phone camera

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