Ghost-YOLO: Lightweight Masked Face Detection Algorithm
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Abstract
In embedded devices, due to the limitation of low computing power and small storage space, the inference speed of current large-scale high-precision object detection algorithms is low. For that, this paper designed a lightweight masked face detection algorithm. Firstly, a high active ghost (HAG) module was designed to reduce the redundancy in feature learning with a light computational cost. Secondly, based on HAG, a high active ghost cross stage partial (HAG-CSP) connection module was designed to improve the feature learning ability. Thirdly, the HAG-CSP was used to lightweight the you only look once (YOLO) model to raise a Ghost-YOLO model for masked face detection. Experimental results show that the speed of proposed method is 24.72 milliseconds per image for 640×640 sized images on a NVIDIA Jetson NX embedded device and reduces the number of parameters, under the condition that the proposed method had a better accuracy performance than existing object detection models.
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