基于Attention-InceptionV3模型的COVID-19实时口罩检测与社交距离系统

A. Asif, Farhana Chowdhury Tisha
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摘要

由于COVID-19,当今世界正在发生最致命的流行病之一。这种传染性病毒像野火一样在全世界蔓延。为了最大限度地减少这种病毒的传播,世界卫生组织(世卫组织)规定了佩戴口罩和保持6英尺物理距离的强制性规定。在本文中,我们开发了一个系统,可以检测该距离的适当维护以及人们是否正确使用口罩。我们在这个系统中使用了定制的attention-inceptionv3模型来识别这两个组件。我们使用了两个不同的数据集以及10,800张图像,包括带和不带面罩的图像。训练准确率达到98%,验证准确率达到99.5%。该系统可以实现98.2%左右的精度值,每秒帧率为25.0。因此,通过这个系统,我们可以识别出病毒传播可能性最高的高风险地区。这可能有助于当局采取必要措施,找到那些危险地区,并提醒当地人民确保及时采取适当的预防措施。
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A Real-time Face Mask Detection and Social Distancing System for COVID-19 using Attention-InceptionV3 Model
One of the deadliest pandemics is now happening in the current world due to COVID-19. This contagious virus is spreading like wildfire around the whole world. To minimize the spreading of this virus, World Health Organization (WHO) has made protocols mandatory for wearing face masks and maintaining 6 feet physical distance. In this paper, we have developed a system that can detect the proper maintenance of that distance and people are properly using masks or not. We have used the customized attention-inceptionv3 model in this system for the identification of those two components. We have used two different datasets along with 10,800 images including both with and without Face Mask images. The training accuracy has been achieved 98% and validation accuracy 99.5%. The system can conduct a precision value of around 98.2% and the frame rate per second (FPS) was 25.0. So, with this system, we can identify high-risk areas with the highest possibility of the virus spreading zone. This may help authorities to take necessary steps to locate those risky areas and alert the local people to ensure proper precautions in no time.
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