2013China ShiprepairRequires access

Simulating research for diesel engine speed regulation based on the separate Fuzzy-PID controller

Guo Jun Bi

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Abstract

According to deficiency in the PID controller of diesel engine speed regulation system,a fuzzy selfadjusting PID controller was designed. The models of the electric governor of diesel engine are based on Matlab Fuzzy Logic tool box and simulation. This simulation comparison between traditional PID controller and separate Fuzzy-PID controller shows that the separate Fuzzy-PID controllers have better control effect,which can meet the demand of diesel engine operating index. The results of the research prove theoretical significance in the electric governor study.

About this research paper

What this paper is about

According to deficiency in the PID controller of diesel engine speed regulation system,a fuzzy selfadjusting PID controller was designed. The models of the electric governor of diesel engine are based on Matlab Fuzzy Logic tool box and simulation. This simulation comparison between traditional PID controller and separate Fuzzy-PID controller shows that the separate Fuzzy-PID controllers have better control effect,which can meet the demand of diesel engine operating index. The results of the research prove theoretical significance in the electric governor study.

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Available abstract

According to deficiency in the PID controller of diesel engine speed regulation system,a fuzzy selfadjusting PID controller was designed. The models of the electric governor of diesel engine are based on Matlab Fuzzy Logic tool box and simulation. This simulation comparison between traditional PID controller and separate Fuzzy-PID controller shows that the separate Fuzzy-PID controllers have better control effect,which can meet the demand of diesel engine operating index. The results of the research prove theoretical significance in the electric governor study.

Key concepts: PID controller, Governor, Diesel engine, Control theory (sociology), MATLAB, Fuzzy logic, Controller (irrigation), Engineering

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