Screen control method, device, electronic device and storage medium

Abstract

Embodiments of the present application provide a screen control method, device, electronic equipment, and storage medium. The image signal processor of the electronic equipment includes a lightweight image front-end interface and an image front-end interface. The first camera is connected to the CSID, and the CSID is connected to the lightweight image of the ISP Front-end interface, light-weight image front-end interface connected to DSP, by distinguishing between low-power consumption mode and non-low-power consumption mode, different processing mechanisms and algorithms are used for different working modes to judge whether to enter the screen-off state, to achieve a more optimized judgment mechanism, and It is more accurate to judge whether to enter the off-screen state; in addition, the face image collected by the first camera is transmitted through the lightweight image front-end interface of the ISP, thereby improving the efficiency of the face image collected by the first camera.

Description

technical field [0001] The present application relates to the field of display technology, in particular to a screen control method, device, electronic equipment and storage medium. Background technique [0002] At present, there are more and more manufacturers using sensors for situational awareness. Turning off the screen is a function of situational awareness. The purpose of turning off the screen of electronic devices is to save power and prevent false touch operations. Buttons control the extinguishing and lighting of the display screen, or trigger the lighting of the display screen through biometric identification. However, in some scenarios, the accuracy of determining whether to turn off the screen based on face recognition alone is not enough, such as in-vehicle scenarios, although electronic equipment detection The face of the user can be seen, but the user may not need to turn on the display screen. Therefore, the problem of how to more accurately determine whethe...

AI Technical Summary

Problems solved by technology

[0002] At present, there are more and more manufacturers using sensors for situational awareness. Turning off the screen is a function of situational awareness. The purpose of turning off the screen of electronic devices is to save power and prevent false touch operations. Buttons control the extinguishing and lighting of the display screen, or trigger the lighting of the display screen through biometric identification. However, in some scenarios, the accuracy of determining whether to turn off the screen based on face recognition alone is not enough, such as in-vehicle scenarios, although electronic equipment detection to the user's face, but the user may not need to turn on the display, so how to judge more accurately whether to control the display to turn on or off needs to be solved

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