A single neuron PID control is applied to the control of electronic universal material testing machine based on the traditional PID control. This paper researches on its structure and control algorithm and uses MATLAB/SIMULINK software for traditional PID control and single neuron PID control separately to simulate it. The results show that the single neuron PID control is more effective in realizing constant force,constant displacement and permanent deformation control of the electronic universal material testing machine.%在分析传统PID控制的基础上,提出将单神经元PID控制应用于电子万能材料试验机的控制上.对其结构和控制算法进行研究,并利用MATLAB/SIMU LINK对电子万能材料试验机传统PID控制和单神经元PID控制进行仿真研究,结果表明单神经元PID控制更有利于电子万能材料试验机实现恒力、恒位移和恒变形控制.
展开▼
