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Using Deep Learning with Thermal Imaging for Human Detection in Heavy Smoke Scenarios
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Using Deep Learning with Thermal Imaging for Human Detection in Heavy Smoke Scenarios
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Using Deep Learning with Thermal Imaging for Human Detection in Heavy Smoke Scenarios
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Journal Article
Using Deep Learning with Thermal Imaging for Human Detection in Heavy Smoke Scenarios
2022
Overview
In this study, we propose using a thermal imaging camera (TIC) with a deep learning model as an intelligent human detection approach during emergency evacuations in a low-visibility smoky fire scenarios. We use low-wavelength infrared (LWIR) images taken by a TIC qualified with the National Fire Protection Association (NFPA) 1801 standards as input to the YOLOv4 model for real-time object detection. The model trained with a single Nvidia GeForce 2070 can achieve >95% precision for the location of people in a low-visibility smoky scenario with 30.1 frames per second (FPS). This real-time result can be reported to control centers as useful information to help provide timely rescue and provide protection to firefighters before entering dangerous smoky fire situations.
