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2004•Journal of Chinese Inertial TechnologyRequires access

Gyro Fuzzy-PID Temperature Control System

Jianhui Ma

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Abstract

For the gyro temperature control system with long time-delay and hard established mathematics model, the Fuzzy-PID control method that takes fuzzy adjustment to the PID parameters is used, which includes the advantages of PID control and Fuzzy control and has good anti-inter- ference ability. The temperature-control experiment and high/low temperature test results show that this control method can meet the accuracy requirements of quick starting, output stability, etc.

About this research paper

What this paper is about

For the gyro temperature control system with long time-delay and hard established mathematics model, the Fuzzy-PID control method that takes fuzzy adjustment to the PID parameters is used, which includes the advantages of PID control and Fuzzy control and has good anti-inter- ference ability. The temperature-control experiment and high/low temperature test results show that this control method can meet the accuracy requirements of quick starting, output stability, etc.

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Method / approach

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Available abstract

For the gyro temperature control system with long time-delay and hard established mathematics model, the Fuzzy-PID control method that takes fuzzy adjustment to the PID parameters is used, which includes the advantages of PID control and Fuzzy control and has good anti-inter- ference ability. The temperature-control experiment and high/low temperature test results show that this control method can meet the accuracy requirements of quick starting, output stability, etc.

Key concepts: PID controller, Control theory (sociology), Temperature control, Fuzzy control system, Control system, Fuzzy logic, Stability (learning theory), Control engineering

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