Vision processing unit: Difference between revisions
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[[Vision processing unit]] or '''VPU''' is a processing unit that is responsible for [[image recognition]]. The architecture of VPU is very different from the traditional [[CPU]]. Its power consumption when recognizing images and faces is far lower than that of regular CPUs. VPU is designed specifically to handle the numerous simultaneous processes involved in neural | [[Vision processing unit]] or '''VPU''' is a processing unit that is responsible for [[image recognition]]. The architecture of VPU is very different from the traditional [[CPU]]. Its power consumption when recognizing images and faces is far lower than that of regular CPUs. VPU is designed specifically to handle the numerous simultaneous processes involved in [[neural network]]s. | ||
The [[Myriad 2 MA2450]] by [[Movidius]] is referred to as a VPU. On January 28, 2016, Google announced that they signed a deal with Movidius to put the processors in future Google devices. Google has previously used the processors in [[Project Tango]] devices. | |||
[[Category:Technology]] [[Category:Terms]] | [[Category:Technology]] [[Category:Terms]] | ||
Revision as of 02:21, 29 January 2016
This page is a stub, please expand it if you have more information.Vision processing unit or VPU is a processing unit that is responsible for image recognition. The architecture of VPU is very different from the traditional CPU. Its power consumption when recognizing images and faces is far lower than that of regular CPUs. VPU is designed specifically to handle the numerous simultaneous processes involved in neural networks.
The Myriad 2 MA2450 by Movidius is referred to as a VPU. On January 28, 2016, Google announced that they signed a deal with Movidius to put the processors in future Google devices. Google has previously used the processors in Project Tango devices.