An internet of things enabled smart firefighting system

BOHR International Journal of Internet of things, Artificial Intelligence and Machine Learning Pub Date : 1900-01-01 DOI:10.54646/bijiam.2022.07

R. Subhaa, V. Kandavel, V. Nitheshkumar,, P. Naveen Kumar, N. Parthasarathi, T. Ponsankar

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Abstract

A fire accident is a mishap that could be either man-made or natural. Fire accidents occur frequently and can becontrolled but may, at times, result in severe loss of life and property. Many a time, firefighters struggle to sort outthe exact source of the fire as it is continuously flammable and spreads all over the area. For this concern, we havedesigned an Internet of things based device which sorts out the exact source of fire through software and hardwaredevices, and also allows the complete detail of an area to be visualized by firefighters, which is pre-installed in thesoftware itself. Because of our system’s intelligence in decision-making during firefighting, the proposed systemis claimed as a “smart firefighting system.” The implementation of the smart firefighting system can make thefirefighters analyze the current situation immediately and make the decision more quickly in an effective manner.Because of this system, fire losses in a building can be greatly reduced and many lives can be rescued immediately.Furthermore, fire spread can also be restricted

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物联网智能消防系统

火灾事故是一种灾难，可能是人为的，也可能是自然的。火灾事故经常发生，可以控制，但有时可能导致严重的生命和财产损失。很多时候，消防员都在努力找出火灾的确切来源，因为它一直是易燃的，并蔓延到整个地区。出于这个考虑，我们设计了一个基于物联网的设备，通过软件和硬件设备来分类准确的火源，并且还允许消防员将一个区域的完整细节可视化，这是预先安装在软件本身中的。由于我们的系统在消防过程中的决策智能，因此该系统被称为“智能消防系统”。智能消防系统的实施可以使消防人员第一时间分析当前情况，更快速有效地做出决策。由于该系统，建筑物的火灾损失可以大大减少，许多生命可以立即获救。此外，火势蔓延也可以受到限制

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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BOHR International Journal of Internet of things, Artificial Intelligence and Machine Learning

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