MQTT Implementation of IoT based Fire Alarm Network

R. Kodali, Aditya Valdas
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引用次数: 4

Abstract

In these times of rapidly developing technology, we are becoming more and more dependent on our machines and devices to support us in our daily lives. With this development, for any installation or establishment, there arises the hazard of a potential fire breaking out anytime for any reason. In India, there was an average of 59 deaths per day in the year 2016 due to fire accidents arising from various sources. Of these, one one-fourth of the total was due to accidents in households. The rest was a mix of other factors ranging from vehicular accidents to industrial mishaps. To prevent these fatal accidents due to fires, there is an urgent need for an effective and efficient fire alarm system which can monitor a place or a location and accurately locate where a fire has broken out so that immediate action can be taken to mitigate losses and casualties. As a solution to this problem, we propose a network of IoT devices which continually monitor for fire and alert a central hub if there is a fire about the occurence and its location. From there on, this information is sent to the concerned people and authorities so that preventive measures can be implemented. For this, we have designed an MQTT network where a Raspberry Pi acts as the MQTT Broker and a distributed group of Node MCUs attached with smoke and temperature sensors act as a sensor network to relay information to the Raspberry Pi. Whenever there is a fire in a certain location, the corresponding sensor node sends an alert and thus an email is sent to the concerned people.
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基于物联网的火灾报警网络MQTT实现
在这个科技飞速发展的时代,我们越来越依赖于我们的机器和设备来支持我们的日常生活。随着这一发展,对于任何装置或设施,随时都有可能因任何原因发生火灾的危险。在印度,2016年由于各种原因引起的火灾事故,平均每天有59人死亡。其中,四分之一是由于家庭事故造成的。剩下的是其他因素的混合,从交通事故到工业事故。为了防止这些致命的火灾事故,我们迫切需要一个有效和高效的火灾报警系统,它可以监控一个地方或一个地点,准确地定位火灾发生的位置,以便立即采取行动,减少损失和人员伤亡。为了解决这个问题,我们提出了一个物联网设备网络,它可以持续监控火灾,并在发生火灾及其位置时向中央集线器发出警报。从那时起,这些信息被发送给有关人员和当局,以便实施预防措施。为此,我们设计了一个MQTT网络,其中树莓派充当MQTT Broker,一组带有烟雾和温度传感器的分布式Node mcu充当传感器网络,将信息中继到树莓派。每当某个位置发生火灾时,相应的传感器节点就会发出警报,从而向相关人员发送电子邮件。
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