Fire Alarm System Through Smoke Detection

Manya Sinha, Shivank Solanki, Sudeep Batra, Dr. Yojna Arora, Abhishek Tewatia
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Abstract

A reliable fire alarm system (FAS) is crucial for timely reporting and responding to fires. While existing techniques can predict undesirable outcomes, they lack guidance on when and how workers should intervene to minimize the associated costs. Recent advancements in sensors, microelectronics, and information technology have significantly improved fire detection technologies. However, the prevalence of synthetic materials in modern homes has increased the danger of fire-related injuries and deaths due to the release of toxic fumes and gases, including carbon monoxide. This highlights the need for ongoing analysis and development of fire detection techniques to ensure the safety of occupants.
通过烟雾探测的火灾报警系统
一个可靠的火灾报警系统(FAS)对于及时报告和应对火灾至关重要。虽然现有的技术可以预测不希望的结果,但它们缺乏关于工人何时以及如何干预以最大限度地减少相关成本的指导。最近传感器、微电子和信息技术的进步显著地改善了火灾探测技术。然而,合成材料在现代家庭中的普遍使用,由于释放出有毒烟雾和气体,包括一氧化碳,增加了与火灾有关的伤亡危险。这突出了持续分析和开发火灾探测技术以确保居住者安全的必要性。
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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