使用基于物联网的WLAN解决方案,对带有PBX的灯光和电子设备进行监管的原型方案和创建

Leonel Hernandez, Maria Ospina
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引用次数: 4

摘要

如今,使家庭和许多公司受益的国内解决方案几乎完全依赖于互联网连接。有时不可能总是有一个链接或永久访问互联网。该项目为寻找一种替代方案提供了基础,通过电话呼叫,通过使用IP PBX,方便地控制和监测灯光和电子设备。本研究揭示了使用基于物联网的无线解决方案,通过PBX对灯光和电子设备进行监督和监控的原型设计和实现的指导方针和活动,并以此为基础,使用Arduino和Raspberry等接入和开发平台寻找技术解决方案,从而获得节能和经济效益。同样,它力求优化时间、成本和效益等可变因素,使社区能够使用国内系统,利用数据网络和电信提供的必要资源来远程执行行动。为此,使用了VoIP系统,将树莓卡转换为PBX设备,并在基于Asterisk的服务器上安装软件,并配置了两个扩展,使用SIP电话协议,这是公司级别最常用的协议之一。就物联网而言,它的四大支柱(人、流程、数据和事物)创造了一个社会的需求,使新一代的数字公民能够理解物联网提供的新兴技术、它对社区的影响、广泛采用这些技术以及正确应用所捕获的信息。对于原型,我们使用了可以工作的组件(传感器),或者可以作为物联网解决方案的起点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Scheme and Creation of a Prototype for the Supervision of Lights and Electronic Devices with a PBX, Using a WLAN Solution Based on IoT
The domotic solutions that benefit households and many companies today depend almost entirely of an Internet connection. Sometimes it is not always possible to have a link or permanent access to the Internet. This project provides the basis to look for an alternative that facilitates the control and monitoring of lights and electronic devices through a telephone call, through the use of an IP PBX. This research exposes the guidelines and activities carried out for the design and implementation of a prototype for the supervision and monitoring of lights and electronic devices through a PBX, using a wireless solution based on IoT, which serves as a base for the search of technological solutions using platforms of access and development as Arduino and Raspberry, obtaining energy and economic savings. Likewise, seeks to optimize the variables of time, cost and benefit that can provide the communities the use of domotic systems, the use of the necessary resources provided by data networks and telecommunications to perform actions remotely. For this, VoIP systems are used, converting the Raspberry card into a PBX plant with the software on a server based on Asterisk and two extensions were configured with the SIP telephony protocol, one of the most used at a corporate level. With respect to IoT, its four pillars (People, Processes, Data and Things) have created the need to have a society that empowers the new generations of digital citizens who understand the emerging technologies offered by IoT, the impact it has on the community, the widespread adoption of the same and the correct application of the information captured. For the prototype, we have used components (sensors) that can work, or that can act as a starting point for an IoT solution.
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