A Design Method of Temperature Controller for High-Precision Laser

Author:

Yan Yanjun,Chen Kai,Xu Bo,Wang Yifan,Yang Hong,Wang Houjun

Publisher

IEEE

Reference17 articles.

1. FPGA-based inverted pendulum fuzzy PID controller design and implementation[J];hao;Software Guide,2020

2. Photovoltaic Panel Temperature Monitoring and Prediction by Raman Distributed Temperature Sensor With Fuzzy Temperature Difference Threshold Method;tao;IEEE Sensors Journal,2021

3. Magnetic Induction of Hyperthermia by a Modified Self-learning Fuzzy Temperature Controller;wei-cheng;Review of Scientific Instruments,2017

4. Design of Temperature Control System Based on FPGA and Fuzzy-Pid Control Algorithm;ya juan;Applied Mechanics and Materials 599–601,2014

5. Fuzzy neural system for estimating the color temperature of digitally captured image with fpga implementation

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