Integrated Smart Safety Home System based on Wireless Sensor Network and Internet of Things as Emergency Preventive Efforts in Settlement Areas

Eko Pramunanto, M. Muhtadin, William Febrian
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引用次数: 3

Abstract

Securing settlement areas is still being carried out with the help of security guards who monitor from one house to another. However, security guards can only guard the outside of the house without knowing the conditions inside. Meanwhile, the smart home system is one of the technologies that continues to be developed to monitor the latest conditions in the house. In this work, a system that can actually monitor the condition of each house is made by integrating the technology and utilizing three main sensors, that consist to fire, gas, and motion sensors. This system has advantages in terms of the installation of hardware that is flexible and can be adjusted to the needs. In addition, security guards can also find out the conditions in each house and also get actual notifications through the application that has been designed. From the system designed it can be concluded that the system in the house is able to send information on the conditions in it when activated, including the danger conditions to activate the alarm. From the hardware testing, the sensitivity of the fire sensor node is strongly influenced by the color of the fire, the magnitude of the fire, and the detection distance. In addition, gas sensor nodes can provide a quick response when installed near the source of the leak. Last, the PIR sensor nodes can detect the movement of people in an angle of 104.8628159° with a distance of not less than 7 meters.
基于无线传感器网络和物联网的集成智能安全家居系统作为居民点应急防范工作
目前仍在保安人员的帮助下确保定居点的安全,保安人员从一所房子监视到另一所房子。然而,保安人员只能守在房子外面,不知道里面的情况。与此同时,智能家居系统是不断发展的技术之一,用于监控房屋中的最新情况。在这项工作中,一个可以监控每个房子状况的系统是通过整合技术和利用三个主要传感器,包括火灾、气体和运动传感器。该系统的优点是硬件安装灵活,可以根据需要进行调整。此外,保安人员还可以通过设计的应用程序了解每间房屋的情况,并获得实际的通知。从设计的系统可以得出结论,该系统在激活时能够发送有关其内部情况的信息,包括激活警报的危险情况。从硬件测试来看,火灾传感器节点的灵敏度受火的颜色、火的大小和探测距离的影响较大。此外,当安装在泄漏源附近时,气体传感器节点可以提供快速响应。最后,PIR传感器节点可以检测角度为104.8628159°,距离不小于7米的人群运动。
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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