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- Design and Discussion of Large Time Delay System with Fuzzy Control 一类大时滞系统模糊控制的设计探讨
- large time delay system 大滞后系统
- The advancement of research on novel fuzzy control strategies for a large time delay system 大时滞过程新型模糊控制策略研究进展
- The application of ADRC to time delay system is discussed. The feasibility and control effect are discussed as well. 对自抗扰控制器在时滞系统中的应用进行了探讨，分析了自抗扰控制器在时滞系统中的应用的可能性及控制效果。
- Complex large scale time delay system 复杂大时滞系统
- The basic PFC algorithm for first-order plus time delay system is developed.The robustness of the PFC algorithm has been verified via simulation. 针对典型工业过程一阶加纯滞后对象推导了PFC的基本算法，通过计算机仿真验证了PFC具有较强的鲁棒性。
- A particular linear transformation is introduced to convert the original time delay system into a delay-free form and a SMC was designed based on the transformed system. 为了简化系统的设计，首先，利用线性变换将原时滞系统转化为无时滞不确定性系统，基于变换后的系统进行滑模控制器的设计。
- It adds time delay to the controlling system that can control the time delay system inerrably and overcome the shortcomings of the traditional approximation method. 该方法将时间滞后因子自然纳入系统的控制机制，可完全无误差的实现对时滞系统的控制，克服了传统近似法解决时滞所带来的误差问题。
- Second, the structure and algorithm of ADRC controller is discussed in detail and modified the structure and parameters tuning of the ADRC applied to the typical large inertia and large time delay characters of first order and second order plants. 然后,详细讨论了ADRC控制器的结构形式和算法实现,结合典型一阶二阶大惯性纯时滞系统对参数整定以及ADRC的结构进行了改进,并引入时间尺度的方法,简化同类对象的ADRC的参数整定。
- For overcoming the big inertia and large time delay of the controlled plant, grey predictor is introduced to predict future output value, the predictive result is used as tuning information of DNN. 为了克服系统的大惯性和大迟延,引入灰色预测器对未来信号进行预测,预测结果作为DNN使用的整定信息。
- Force-reflection Bilateral Control System with Large Time Delay 大时延力反馈双边控制系统
- Proposed a generalized coordinate change based approach to the fault detection design for time delay systems. 提出了一种基于广义坐标变换的线性时滞系统故障诊断设计方法。
- A robust reliable controller for a class of nonlinear uncertain time delay systems is designed for the case that the actuators and sensors fail simultaneously. 针对一类非线性不确定时滞系统 ;讨论了在执行器和传感器同时失效情形下 ;鲁棒可靠控制器的设计问题 .
- Some promising control problems which can be solved with LMI technique were presented such as the robust controller design for some time delay systems and stochastic systems. 最后，对LMI技术作了展望，如用于时滞系统、随机系统的分析和综合问题的研究等。
- The delay dependent memoryless robust stabilization problem for a class of uncertain time delay systems containing saturating actuator is considered in this paper. 研究了一类具有饱和执行器约束的不确定时滞系统时滞依赖型无记忆鲁棒控制问题。
- The cascade PID control for unstable process with large time delay 不稳定大时滞过程的串级PID控制
- Dynamic matrix control for large time delay object based on PLC 基于PLC的大时滞温度对象的动态矩阵控制
- Two-order ADRC Control for Integral Plants with Large Time Delay 大纯滞后纯积分对象的二阶自抗扰控制
- A programmed time delay of variable duration. 暂停，展宽一种由程序设置的可变持续时间的时间延迟
- A New Controller with Adaptive Method for Time Delay System 具有自适应功能的新型时滞系统控制器
