1) Flexible PID Controller
柔性PID控制
2) linear PID controlling
线性PID控制
1.
In this controller,the connection of a linear PID controlling and neural self-adaptation and self-study is adopted as the PID parameter.
提出一种将线性PID控制与神经元自适应、自学习相结合,基于计算机的新型神经网络智能PID控制(NNPID)方法。
3) flexibility control
柔性控制
1.
It recommends the computer system's flexibility control,the in-line adjustment of fixed length accuracy and reliable design of new type welded pipe fixed length flying saw.
介绍了新型焊管定尺飞锯计算机系统柔性控制、定尺精度的在线调整和可靠性设计。
2.
The relationship between the ability composing and representation form of flexibility is discussed in the part of flexibility control.
在柔性控制中讨论了柔性的能力构成与柔性的表现形态的关
4) Flexible control
柔性控制
1.
The Quantitative Analysis of Project Objective Flexible Control Based on Double Base Points;
基于双基点法的项目目标柔性控制的定量分析
2.
A lot of schemes were constructed to attempt to realize a flexible control.
在项目实施过程中,根据当前项目系统和环境的主要矛盾设计控制目标为进度保证、质量保证、成本保证、技术保证、安全保证和计划保证,构造多个试图实现柔性控制的方案。
3.
The basic definition of flexible control is introduced.
阐述了柔性控制的基本概念。
5) nonlinear PID control
非线性PID控制
1.
Method of fuzzy nonlinear PID control on uncertain parameters plant;
参数不确定对象的模糊非线性PID控制方法
2.
In this paper an adaptive nonlinear PID controller was designed for Thyristor Controlled Series Capacitor (TCSC).
为了克服常规PID稳定范围较小,适应性及鲁棒性较差等缺陷,应用非线性控制理论,基于反馈线性化及一类非线性PID的思想,设计了一种用于可控串联补偿(TCSC)的新型自适应非线性PID控制器。
3.
A nonlinear PID control scheme is present in this paper.
提出了结构简单的非线性PID控制方案。
6) nonlinear PID controller
非线性PID控制器
1.
Application of nonlinear PID controller in superconducting magnetic energy storage;
非线性PID控制器在超导磁储能装置中的应用
2.
First of all,an introduction to the mathematical model of the control object is being presented,followed by an explanation of how nonlinear PID controllers(NPID) with duo-input and duo-output,together with auto disturbance-resistent PID controllers(APID),are to be used in des.
首先介绍受控对象的数学模型,然后采用双输入双输出非线性PID控制器(NPID)和自抗扰PID控制器(APID)的设计方法,设计火电单元机组的机炉协调控制,并利用Simulink工具箱中的非线性设计模块(NCD模块)对控制参数进行优化。
3.
A design methodology was developed for nonlinear PID controllers in coordinated boiler turbine control systems.
首先介绍受控对象的数学模型及其简化的前提,然后采用双输入双输出(TITO)非线性PID控制器的设计方法,应用于火电单元机组的机炉协调控制中,获得相应的控制系统。
补充资料：柔性
1.柔顺之性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条