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Design and Development of Activation and Monitoring of Industry Automation System via SMS through FPGA


 

In recent years, the world is mainly focusing on industrial development due to the massive growth in the number of industries in urban and sub-urban areas the productivity and people working in the industries are increased rapidly. At the other hand the security systems are not maintained exactly per the rules and regulations. Now a day the accidents in the industries are raising day by day but the industries are also not concentrating the safety precautions needed. In industries two factors are very hypothetical Temperature and Gas Monitoring. Always we can't guarantee a person will be monitoring all this values using PC's or some other aids. As well as microcontroller oriented security systems came but they are also not much efficient as a pure hardware IC. So, to avoid these kind problems we propose a new technique for future ASIC application using FPGA in this paper. Here we are mainly Employing GSM Communication, Temperature and Gas Sensors for Automation of the Industries.

Keywords

FPGA, ASIC, Industrial Automation, GSM, Temperature Sensor, Gas Monitoring
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  • Design and Development of Activation and Monitoring of Industry Automation System via SMS through FPGA

Abstract Views: 134  |  PDF Views: 0

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Abstract


In recent years, the world is mainly focusing on industrial development due to the massive growth in the number of industries in urban and sub-urban areas the productivity and people working in the industries are increased rapidly. At the other hand the security systems are not maintained exactly per the rules and regulations. Now a day the accidents in the industries are raising day by day but the industries are also not concentrating the safety precautions needed. In industries two factors are very hypothetical Temperature and Gas Monitoring. Always we can't guarantee a person will be monitoring all this values using PC's or some other aids. As well as microcontroller oriented security systems came but they are also not much efficient as a pure hardware IC. So, to avoid these kind problems we propose a new technique for future ASIC application using FPGA in this paper. Here we are mainly Employing GSM Communication, Temperature and Gas Sensors for Automation of the Industries.

Keywords


FPGA, ASIC, Industrial Automation, GSM, Temperature Sensor, Gas Monitoring