CAJ | 학술논문

针对传统温度模糊控制在逼近稳态的调节过程中，需要经历较长的探寻调整时间这个缺点，提出了基于平衡点增量的温度模糊控制策略。开发了以DSP为核心的发动机水温传感器测控平台，实现了硬件设计、温度标定和基于平衡点增量的模糊控制策略。测试结果表明，温度传感器信号测量准确可靠，模拟温度工况控制快速平稳。该控制策略可适合惯性较大系统的动态控制。该测控平台为实验者进行温度传感器参数测量与标定、调理及驱动电路设计、控制策略验证、仪表技术研究等提供了良好的实验平台。
침대전통온도모호공제재핍근은태적조절과정중，수요경력교장적탐심조정시간저개결점，제출료기우평형점증량적온도모호공제책략。개발료이DSP위핵심적발동궤수온전감기측공평태，실현료경건설계、온도표정화기우평형점증량적모호공제책략。측시결과표명，온도전감기신호측량준학가고，모의온도공황공제쾌속평은。해공제책략가괄합관성교대계통적동태공제。해측공평태위실험자진행온도전감기삼수측량여표정、조리급구동전로설계、공제책략험증、의표기술연구등제공료량호적실험평태。
Aiming at the shortcoming that needs a long time to explore and adjust in the process of steady-state approximation for traditional temperature fuzzy control , the temperature fuzzy control strategy based on equilibrium point increment is proposed .With the core of DSP ,the measurement and control platform of the engine water temperature sensor is designed ,and the hardware design ,temperature calibration and the fuzzy control strategy based on equilibrium point increment are implemented in the system .The test results show that the measurement of the temperature sensor signal is accurate and reliable ,and the control of the analog temperature condition is fast and smooth .The control strategy is suitable for dynamic control of larger inertia system .This platform is a good practical platform for experimenter to provide temperature sensor parameter measurement and calibration , conditioning and drive circuit design , control strategy validation and instrumentation technology research .