Abstract
M2M communication is based on data transfer data between devices to a remote central location for effective monitoring and control. M2M enables networked devices to share information and perform actions, without the manual assistance or not much of human intervention. In this paper, M2M communication connected in an Adhoc using the MQTT protocol is presented and demonstrated. The open cloud is used for the database storage and the results are shown in jsonformat. Experimental studies suggest Adhoc M2M communications established with MQTT protocol has provided effective communications for industrial applications with minimum packet loss and delays.
Highlights
Communications between the machines started as wired communication which was not very cost effective and flexible
Observation is made on the proposed scenario which has given seamless communication between devices using MQTT protocol as in figure 9 Python is used to program commands for Raspberry pi devices
After survey among the communication protocols, COAP and MQTT are efficient for M2M industrial IOT applications
Summary
Communications between the machines started as wired communication which was not very cost effective and flexible. It describes how to use the cayenne cloud platform and provides a clear view of the raspberry pi or Arduino as connected to the platform [4] In this a web-based Internet of things solution aimed for monitoring, tracking and analysing data in agriculture area is proposed, all this are done using the MQTT protocol. As there are many industries where automation is needed for group of machines performing different tasks, it is challenging to control these machines work in synchronized pattern with proper coordination In this direction there is a need to work for efficient protocol for creating adhoc M2M communication with less packet loss and seamless connectivity.
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