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Real Time Process Controlling and Monitoring by using Microprocessor


Affiliations
1 Department of Electrical Engineering , North Eastern Regional Institute of Science and Technology, Nirjuli, India
 

Application of electronics devices in all the field of life is growing very fast. On the other hand applications of microprocessor in real time are also increasing rapidly. Microprocessors so far have been very much utilized in information technology. Microprocessor hasa vast potential for real time control in various application areas in industrial automation. Other main areas which can be influence by microprocessors are personal, professional, medical, and space research.In most of the cases, input analog signals are taken from sensors by the microprocessor unit via peripherals and after processing, it sends output digital signal to the real system for monitoring and control. This paper describes the use of microprocessor for real time monitoring and control in the process control application. The system developed will be able to sense and measure required parameters of the system and finally control the system to achieve its performance.

Keywords

Electrocardiogram(ECG), Electromyography (EMG), Industrial, Microcontroller, Microprocessor, Radio Frequency(RF), Real Time Protocol (RTP), Scientific and Medical Radio(ISM), Ultrasonography(USG).
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  • Real Time Process Controlling and Monitoring by using Microprocessor

Abstract Views: 787  |  PDF Views: 429

Authors

Rohit Kumar Sah
Department of Electrical Engineering , North Eastern Regional Institute of Science and Technology, Nirjuli, India
O. P. Roy
Department of Electrical Engineering , North Eastern Regional Institute of Science and Technology, Nirjuli, India

Abstract


Application of electronics devices in all the field of life is growing very fast. On the other hand applications of microprocessor in real time are also increasing rapidly. Microprocessors so far have been very much utilized in information technology. Microprocessor hasa vast potential for real time control in various application areas in industrial automation. Other main areas which can be influence by microprocessors are personal, professional, medical, and space research.In most of the cases, input analog signals are taken from sensors by the microprocessor unit via peripherals and after processing, it sends output digital signal to the real system for monitoring and control. This paper describes the use of microprocessor for real time monitoring and control in the process control application. The system developed will be able to sense and measure required parameters of the system and finally control the system to achieve its performance.

Keywords


Electrocardiogram(ECG), Electromyography (EMG), Industrial, Microcontroller, Microprocessor, Radio Frequency(RF), Real Time Protocol (RTP), Scientific and Medical Radio(ISM), Ultrasonography(USG).

References