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Study on the Situational Awareness System of Mine Fire Rescue Using Faster Ross Girshick-Convolutional Neural Network

机译:利用较快的罗斯吉伦克卷积神经网络研究矿山火灾救援的情境意识系统研究

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摘要

With the continuous development of society, with the advent of the era of big data, situational awareness systems are gradually becoming well known and play an important role. Situational awareness systems are based on safe big data, and they are environmentally, dynamically, and holistically aware of security. A comprehensive system of risk capabilities. Therefore, this article uses the situational awareness system to study the rescue problem of mine fires, in order to reduce the casualties and economic losses caused by mine fires. On this basis, the convolutional neural network algorithm is used for situational awareness. By optimizing the algorithm, from region-based convolutional neural network (R-CNN) model to fast R-CNN model, the optimal model of faster R-CNN is finally proposed and implemented. The mine fire rescue problem.
机译:随着社会的不断发展,随着大数据的时代的出现,情境意识系统逐渐变得众所周知并发挥重要作用。 情境感知系统基于安全的大数据,它们是环境,动态和全面地意识到安全性。 全面的风险能力制度。 因此,本文采用了态势意识系统来研究矿山火灾的救援问题,以减少矿火灾造成的伤亡和经济损失。 在此基础上,卷积神经网络算法用于态势意识。 通过优化从基于区域的卷积神经网络(R-CNN)模型来快速R-CNN模型的算法,最终提出并实现了更快的R-CNN的最佳模型。 矿山消防救援问题。

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