CAJ | 학술논문

当前工业过程对控制品质要求越来越高，需要更先进的PID控制器参数整定方法来满足过程控制的要求。该文提出了神经元自适应PID控制器与PID继电自整定相结合构成PID智能控制系统的方法，即利用PID继电自整定算法获取神经元自适应PID控制器权系数的初值，然后将得到的初值送到神经元自适应PID控制器，并且切换到自适应控制模式，从而实现神经元PID智能控制。同时分析了神经元自适应控制系统的稳定性，用Matlab中的Simulink进行了仿真模拟，得到了满意的结果。
당전공업과정대공제품질요구월래월고，수요경선진적PID공제기삼수정정방법래만족과정공제적요구。해문제출료신경원자괄응PID공제기여PID계전자정정상결합구성PID지능공제계통적방법，즉이용PID계전자정정산법획취신경원자괄응PID공제기권계수적초치，연후장득도적초치송도신경원자괄응PID공제기，병차절환도자괄응공제모식，종이실현신경원PID지능공제。동시분석료신경원자괄응공제계통적은정성，용Matlab중적Simulink진행료방진모의，득도료만의적결과。
In order to meet the requirement of in dustry process control,new methods for tuning PID need to be applied.The neuron self-tuning PID controller combined with relay self-tuning is presented.The i n itial values for neuron self-tuning PID controller are acquired from relay self -tuning arithmetic,then the control mode is switched to adaptive mode.The intel ligent neuron PID control is thus realized.Its stability is analyzed and the sim ulation by using simulink of matlab is done.The satisfied results are achieved.