Huawei Technologies Co., Limited

Liyu Zhu

Peng Xu

Lijun Luo

Yiyu Lin

Yongcai Zhong

Bujun Que

Binbin Zhou

A method applied to a camera that includes a visible light sensor, a phase sensor, and a processor. The visible light sensor collects a visible light image of a shooting scene. The phase sensor collects a phase image of the shooting scene. The processor obtains depth information based on the phase image, and superimposes the depth information on the visible light image to obtain a depth image. Optionally, the camera may also include an infrared illuminator that may be turned on when a scene illumination is insufficient to increase an accuracy of the depth information.

Depth image obtaining method, image capture device, and terminal

An image processing method and a related device are provided to obtain a target image wherein texture of the obtained image is clearer, the image processing method includes: obtaining a visible light image and an infrared light image; obtaining first luminance information of the visible light image and second luminance information of the infrared light image; fusing the first luminance information and the second luminance information, to obtain a contrast fusion image; obtaining first texture information of the visible light image and second texture information of the infrared light image; fusing the first texture information, the second texture information, and the contrast fusion image, to obtain a texture fusion image; obtaining a color fusion image based on the visible light image and the infrared light image; and fusing the texture fusion image and the color fusion image, to obtain a target image.

Image processing method and related device

This application provides an image processing method and an image collection device. A haze intensity of a first image is calculated. When the haze intensity of the first image is greater than a first threshold, control information is sent, where the control information is used to control a haze penetration optical component to move into a lens. Because the haze penetration optical component can improve quality of optical imaging, the lens into which the haze penetration optical component is moved has a function of optical haze penetration. It can be learned that, when the haze intensity of the first image is greater than the first threshold, the function of the optical haze penetration is enabled, so as to improve quality of an image obtained in a haze environment.

Growing community of inventors

Nanjing, China

Liyu Zhu