Edge Intelligence Assisted Smoke Detection in Foggy Surveillance Environments
Smoke detection in foggy surveillance environments is a challenging task and plays a key role in disaster management for industrial systems. The current smoke detection methods are applicable to only normal surveillance videos, providing unsatisfactory results for video streams captured from foggy environments, due to challenges related to clutter and unclear contents. In this paper, an energy friendly edge intelligence assisted smoke detection method is proposed using deep convolutional neural networks for foggy surveillance environments. Our method uses a light weight architecture, considering all necessary requirements regarding accuracy, running time, and deployment feasibility for smoke detection in an industrial setting, compared to other complex and computationally expensive architectures including AlexNet, GoogleNet, and visual geometry group (VGG) Experiments are conducted on available benchmark smoke detection datasets, and the obtained results show better performance of the proposed method over state of the art for early smoke detection in foggy surveillance.
IEEE Transactions on Industrial Informatics