This paper proposes a controller based on Section Analysis Fuzzy Arithmetic.
提出一种基于分段解析模糊算法的控制器。
Integrating intelligent and PI control arithmetic, we obtained a fuzzy hybrid controller based on PI.
本文将智能控制算法和PI控制算法相结合，提出了一种基于PI的模糊混合控制器。
The paper bring forward a fuzzy controller of self-tuning proportion factor based on PI arithmetic.
本文提出一种基于PI算法的自调整比例因子模糊控制器。
The simulation results showed that control effect of the controller was better than that of the conventional PID control arithmetic and the PID control arithmetic of fuzzy self adaptation.
仿真结果表明该控制器的控制效果优于传统的PID控制算法和模糊自适应PID控制算法。
PI arithmetic is utilized in fuzzy controller to adjust the proportionality factor of fuzzy controller automatically.
在简单模糊控制器的基础上，利用PI控制算法自动调整模糊控制器比例因子。
The fuzzy controller was tested for a mobile robot control and the results indicated that the control arithmetic satisfied the requirements of a mobile robot in greenhouse.
利用单片机作为控制核心，研制了一种模糊控制器，并在移动机器人模型上进行了实验。
This paper introduces a hydraulic synchronous system, which USES a new-type digital valve as synchronous controller and makes use of a fuzzy-PID control arithmetic.
介绍了一种以新型数字同步阀为同步控制元件，运用模糊pid算法进行控制的液压同步系统。
This paper introduces a hydraulic synchronous system, which USES a new-type digital valve as synchronous controller and makes use of a fuzzy-PID control arithmetic.
介绍了一种以新型数字同步阀为同步控制元件，运用模糊pid算法进行控制的液压同步系统。
应用推荐