Microsoft PixelSense

Microsoft PixelSense the most revolutionizing the technology through which not only can recognize the touch, but the actual objects as well. It is basically a combination of software and hardware that provides a natural user interface for better interaction with the device.

PixelSense Microsoft initially launched as a Microsoft Surface. Both hardware and software are provided by Microsofta.Trenutna PixelSense version of the Samsung SUR40 for Microsoft PixelSense who partnered products by Microsoft and Samsung.

technology is designed specifically for companies that come through a lot of public interaction. This allows companies to provide their customers with a better shopping experience. Customers can interact with products through direct contact interactions and placing objects on zaslonu.Sustav is capable of recognizing objects of different sizes, shapes and patterns. Based on the identified object, the system calls the command processing unit.

PixelSense biggest advantage is that it does not require the use of traditional input devices like mouse, keyboard and camera, etc. It is designed to accommodate a number of users at the same time. It can be felt up to 52 touches simultaneously taking devices use to the next level, long before the limits for a single user device.

How does it work?

PixelSense Microsoft is able to recognize fingers, hands and objects placed on the screen. It provides a vision-based interaction, without having to use the camera. Each individual pixel of the device is able to identify activities such as touch and objects placed on the screen and pass the entrance to get to the processing unit interprets jedinica.Procesorska input received very quickly and deliver the desired output faster than the blink of an eye. According to the official website PixelSense Microsoft, this technology operates in the following steps:

• display device identifies whether the contact or touch the
• source of IR light from the back of a light that passes through the optical sheets, the LCD protection glass and eventually hits the contact
• IR beam is reflected from the contact and are identified by integrated sensors
• IR Sensors to convert signals into electrical signals
• a large number of such pixels to work together to create a picture of what is on screen,
• images were analyzed using image processing techniques
• output is sent to your computer. This includes the corrected image sensor and the different types of contacts (finger / blob / tags)