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Rancang Bangun Platform Intel Edison Sebagai IoT Gateway Berbasis Protokol MQTT

机译:设计英特尔爱迪生平台作为MQTT协议网关ioway

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The role of IoT gateway on IoT network is vital, like for strengthen the sensor management. Accordingly, in this research designed an IoT gateway based on MQTT Protocol which implemented in Intel Edison platform and using ten node sensors with star topology. Results from this research is an IoT gateway system who capable to receive data packet from node sensor, saves the data in database, and publishes the data to MQTT broker. User able to do data acquisition by subscribe method, using MQTT Dasboard application. The system tested by doing the calculation of time response of gateway with variation of data length and variation of distance, life time of node sensor testing by the variation of data length. The conclusions are the time average of from data acquisition by node sensor until gateway saves the data in database and user subscribes the data is twelve seconds. The shorter the data length makes the response time of gateway faster and makes the life time of node sensor shorter because the measured current is bigger. The distance is not gives any impact to the response time of gateway.
机译:IOT网关对物联网网络的作用至关重要,类似于传感器管理。因此,在本研究中,基于MQTT协议的IOT网关设计了一个IOT网关,该协议在英特尔爱迪生平台中实现,并使用具有星形拓扑的十个节点传感器。该研究的结果是一个IOT网关系统,能够从节点传感器接收数据包,将数据保存在数据库中,并将数据发布到MQTT代理。用户能够使用MQTT Dasboard应用程序按订阅方法进行数据采集。通过对网关的时间响应进行测试来测试,通过数据长度的数据长度和距离变化,节点传感器测试的寿命的变化,通过数据长度的变化来计算。结论是通过节点传感器的数据采集的时间平均值,直到网关在数据库中保存数据,并且用户订阅数据是十二秒的。数据长度越短使得网关的响应时间更快,使节点传感器的寿命更短,因为测量的电流更大。距离不会对网关的响应时间产生任何影响。

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