1) I-PD control
I-PD控制
2) I-PD controller
I-PD控制器
1.
A new type of I-PD controller is presented to eliminate proportional kick and derivative kick,which will cause an great change of manipulated variable and excessive overshoot of process variable with a general PID controller.
为了克服传统PID控制器中当给定值发生阶跃变化时,由于PID控制器输出存在比例冲击和微分冲击,从而使执行器大幅度地动作,过程被控变量产生很大超调的问题,提出了一种对偏差进行积分运算,只对测量所得的过程被控变量进行比例和微分运算的新型I-PD控制器,介绍了该I-PD控制器的工程实现、参数整定、适用场合、改善控制品质的理论依据,以及使用中需要注意的问题。
3) P-I-PD control
P-I-PD控制
1.
The simulation results show that neuron P-I-PD controller not only has the advantage of two degree-of-freedom PID, but also has the self-adaptive features of neuron, the characteristics of tracking set-value, anti-interferenc.
仿真结果表明,神经元P-I-PD控制不但具有二自由度PID控制的优点,而且还具有神经元自适应控制的特点,系统具有较好的跟随性、抗干扰性和较强的鲁棒性。
4) PD control
PD控制
1.
Implementation of improved PD control by using WinCC;
利用WinCC改进PD控制的实现
2.
Fuzzy non-linear PD control of an open-frame underwater vehicle;
开架式水下机器人运动的模糊非线性PD控制方法
3.
Based on a flight test platform,PD control and TD were primarily discussed for altitude holding control law design,and the altitude-holding response characters resulting from both of the two different methods were analyzed and compared.
基于一个飞行试验平台,重点讨论用PD控制和跟踪微分器进行纵向定高控制律设计,分析比较了用这两种控制律设计的高度保持响应特性。
5) PD controller
PD控制器
1.
A fuzzy auto tuning PD controller is established using fuzzy control technology and factual data to overcome the conflict between steering portability and sensitiveness,and counteract influence of the non-linear factor existing in the factual steering system.
考虑到实际的汽车转向系统中存在很多的非线性,结合实际数据,采用模糊控制技术设计了电磁助力转向系统的模糊自调整PD控制器。
2.
Firstly,a PD controller is used to stabilize the inverted pendulum,and the inverted pendulum′s input and output are sampled.
首先,采用PD控制器控制倒立摆,采集倒立摆的输入输出数据;然后,以这些数据为基础训练倒立摆的神经网络逆模型;再采用比例控制器与逆模型串联构成逆模控制器。
3.
PD controller can guarantee the desired trajectory tracking in the outer loop.
对导弹外回路,采用PD控制器进行控制,实现期望航迹的跟踪。
6) Quasi-PD control
拟PD控制
补充资料：[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]
分子式：C16H16ClN3O3S
分子量：365.5
CAS号：26807-65-8
性质：暂无
制备方法：暂无
用途：用于轻、中度原发性高血压。
分子量：365.5
CAS号：26807-65-8
性质：暂无
制备方法：暂无
用途：用于轻、中度原发性高血压。
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