Monitoring And Controlling The Gas Plant By Wireless Sensor Network Using Co-operative Communication  

Abstract

This paper deals with zigbee based wireless sensor network platform for monitoring and controlling the gas plant using Co-operative communication .it consist of co-ordinator & sensor node .Co-ordinator is Centralized unit, it collects information from node on demand & provides to the end user. The sensor node is made intelligent for controlling the plant. This node attached with zigbee for remote controlling. We design a WSN using Co-operative Communication based on zigbee data acquisition system using ARM 7 processor which is having many important advantages such as low cost, low power consumption &low data rate. Furthermore, the system is simple stronger mobility& practicability. The system dedicates to automatic data collection & control. This paper describes the design of WSN based on zigbee technology using Master& Slave combination. It is mainly used for collecting & transferring the various monitoring information about temperature, LPG Gas, LDR light in gas plant. The system consists of zigbee based network, 3 sensors, PC master, two sub-masters & one slave combination. The co-operative communication technique is used to make sure that the slave is always in range of master .for this 2 sub-master units are used. here the main PC master terminal has VB software on it. The PC master terminal used to monitor the status of slave. The sensor node is implemented using ARM 7microcontroller programmed using Embeded ā€˜C’. The experimental results obtained demonstrates the usefulness of the proposed system in terms of low power consumption, low cost, targeted towards automation & remote control application. 

Authors and Affiliations

Jyoti M. Giri

Keywords

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  • EP ID EP136080
  • DOI -
  • Views 116
  • Downloads 0

How To Cite

Jyoti M. Giri (2013). Monitoring And Controlling The Gas Plant By Wireless Sensor Network Using Co-operative Communication  . International Journal of Advanced Research in Computer Engineering & Technology(IJARCET), 2(4), 1368-1373. https://europub.co.uk./articles/-A-136080