Samsung uses the neural chip TrueNorth to create a camera that emulates the human retina

IBM had created its TrueNorth processor based on the structure of the human brain, and creating with its 4096-neurosynaptic cores and 5.4 billion transistors similar to the neural structure. All with a with only 0,063 watts consumption, a fraction of what current domestic consume CPU.

Now Samsung has taken this chip-brain and adapted it to work with your Dynamic Vision Sensor, a photo sensor that works similarly to the human retina. The result has been spectacular; the result has been a camera capable of processing digital images at breakneck speed, recording video at 2,000 frames per second.

Samsung TrueNorth Camera
Image Source: Google Image

High speed and minimum consumption

Typically, conventional digital cameras typically record at up to 120 fps. Overcoming them in such a broad way, the Samsung is positioned as a perfectly useful for creating three – dimensional maps complement, improve gesture recognition systems or even used in autonomous cars to better detect hazards.

Samsung system is also efficient and only consumes about 300 milliwatts, which according to its creator’s equals one hundredth of what it consumes a conventional laptop and a tenth of what it consumes processor smartphone. In their tests, Samsung has demonstrated its sensor utilizad as a remote control for TV to be able to recognize finger movements to three meters away.

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Koreans are very pleased with these first tests with the TrueNorth, and expect to be able to unite and groups to extract even more power. IBM meanwhile continues to seek new partners to take advantage of its “brain” chips, so surely not be long before we return to talk about new applications for them.

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