1) Smith compensator
Smith补偿器
1.
Adaptive Smith compensator for NCSs over IP networks;
自适应Smith补偿器在基于IP的网络控制系统中的应用
2.
The paper introduces regulating principle of digital Smith compensator,realizes Smith compensationthrough SLPC digital regulator and introduces the application of digital regulator in temperature controlling sys-tem.
文章介绍了KMM数字Smith补偿器的控制原理,KMM数字调节器Smith补偿的实现,以及数字调节器在温度控制系统中的应用。
3.
The Smith compensator controller corrected by a varied dead zone s asymmetrical nonlinear method, is studied and used in the simulation of the process control of indirect steaming, the results shows that the system which controlled by a corrected Smith compensator controller has good robustness of stability while the process and it s modal is not matched.
利用非对称非线性的环节对Smith补偿器进行校正,并用于间接加热蒸煮过程控制,仿真表明闭环系统具有较好的关于模型不匹配的稳定鲁棒性。
2) Smith predictor
Smith预估补偿器
1.
An intelligent PID controller is designed to adjust ABR traffic rate on-line in ATM network for the congestion of high-speed communication networks with a Smith predictor introduced in to avoid the adverse effect of roundtrip propagation delay on control.
引入了Smith预估补偿器来消除往返传播时延对控制造成的不利影响。
2.
And the Smith predictor is presented to constrain the adverse effect on control caused by feedback delay.
引入了Smith预估补偿器,以消除反馈时延对控制造成的不利影响。
3) Smith compensation
Smith补偿
1.
In order to get over the disadvantages of poor temperature stability of the PID system and single fuzzy system in original beer production line, the improved P-Fuzzy-PI combined with Smith compensation program (on-line parameter adaptive) was used to achieve real-time temperature control.
针对啤酒生产线原系统运行时温度稳定性差等缺点,通过改用P-Fuzzy-PI控制,并结合在线参数自适应Smith补偿方案,对温度进行实时控制。
2.
considering the large object inertia and characteristics of delay,Smith compensation.
烘箱自动控温系统根据PID调节的自动控制原理,并考虑到被控对象大惯性、大迟延的特点,采用Smith补偿提高系统的自动控制品质,实现了烘箱温度自动测控。
3.
Fuzzy PID control and Smith compensation method is applied in this project,aiming at the temperature real time control in production process of acroleic acid latex.
针对水性丙烯酸乳液生产过程中的反应状态 ,采用模糊PID复合控制方式 ,结合Smith补偿控制 ,实时进行温度控制 ,效果优于传统PID控制。
4) Smith predictor
Smith预估补偿
1.
Based on the ideal of Smith predictor, a decentralized decoupling and centralized control design method of predictive functional control(PFC) is proposed for two-input two-output(TITO) first-order plus dead-time process.
针对典型的一阶惯性纯滞后2入2出多变量系统,提出了基于Smith预估补偿思想的分散解耦、集中控制的预测函数控制设计方法:将系统分解成两个具有可测扰动的单入单出子系统,当扰动通道的纯滞后时间大于控制通道的纯滞后时间时,控制器输出可根据系统输入输出的已知信息求出;当2个子系统的扰动通道纯滞后时间均小于控制通道的滞后时间,可以通过求解二元一次方程组求出,从而实现多变量预测函数控制。
5) Smith lag compensation
Smith滞后补偿
6) Smith compensating algorithm
Smith补偿算法
1.
The implementation of Smith compensating algorithm using OMRON C200Hα PLC;
Smith补偿算法在OMRON C200Hα PLC中的实现
补充资料：补偿器
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性质：仪表的一种辅助装置，用以抵消由规定工作条件变化所造成的误差。是由特殊结构、附加设施、线路或特殊材料等构成。
CAS号：
性质：仪表的一种辅助装置，用以抵消由规定工作条件变化所造成的误差。是由特殊结构、附加设施、线路或特殊材料等构成。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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