Image processing method and device, computer-readable storage medium and electronic device

An electronic device, comprising:

• a first processor;
• and
• a memory storing instructions that, when executed by the first processor, cause processor to:
• acquire a target infrared image and a target depth image and perform face detection according to the target infrared image to determine a target face region, Wherein the target depth image is used to represent depth information corresponding to the target infrared image;
• acquire a target face attribute parameter corresponding to the target face region and perform face matching processing on the target face region according to the target face attribute parameter;
• responsive to that face snatching succeeds, perform liveness detection processing on the target region according to the target depth image to obtain liveness detection result;
• and
• obtain a face verification result according to the liveness detection result;
• wherein the electronic device further comprises a second processor and a camera module and
• the second processor is configured to, responsive to that a face verification instruction has been detected by the second processor, control the camera module to acquire an infrared image and a depth image and receive the infrared image and the depth image from the camera module, wherein a time interval between a first moment at which the infrared image is acquired and a second moment at which the depth image is acquired is less than a first threshold;
• and
• the first processor is further configured to acquire the target infrared image according to the infrared image and acquire the target depth image according to the depth image.

A non-transitory computer-readable storage medium having stored thereon a computer program that, when executed by one or more processors, cause the one or more processors to:

• acquire a target infrared image and a target depth image and perform face detection according to the target infrared image to determine a target face region, wherein the target depth image is used to represent depth information corresponding to the target infrared image;
• acquire a target face attribute parameter corresponding to the target face region and perform face matching processing on the target face region according to the target face attribute parameter;
• responsive to that face matching succeeds, perform liveness detection processing on the target face region according to the target depth image to obtain a liveness detection result;
• and
• obtain a face verification result according to the liveness detection result;
• wherein the operation of acquiring the target infrared image and the target depth image comprises:
• responsive to that a face verification instruction has been detected by the second processor, controlling a camera module to acquire an infrared image and a depth image and receiving the infrared image and the depth image from the camera module, wherein a time interval between a first moment at which the infrared image is acquired and a second moment at which the depth image is acquired is less than a first threshold;
• and
• acquiring the target infrared image according to the infrared image, and acquiring the target depth image according to the depth image.