增量运动控制系统涉及微秒级甚至纳秒级的电力电子器件的开关暂态过程、毫秒级的数字控制器调节过程和秒级的电动机机电过渡过程。
Increment motion control system refers to microsecond even nanosecond electronic apparatus switch transient process, millisecond digital controller adjust process and second motor transition process.
然后，设计模糊逻辑控制器，利用编队运行中的导航信息、通信信息以及任务优先级信息，对控制器增益进行模糊调节。
Then a fuzzy logic controller was designed as a regulator to modify the optimal control gains based on the run-time information, including navigation, communication, mission priority, and so on.
串级控制系统采用了两个调节器，因此它的调节器的参数整定更复杂一些。
The cascade control system has used two regulators, therefore it is more complex to set its regulator parameter.
仿真结果表明，较之传统的过热汽温串级调节系统，采用该模型预测控制策略的过热汽温控制系统的控制性能有很大的提高。
The simulative results show that the control performance of the model predictive control system is superior to that of the traditional cascade control system.
一种流动控制器，具有第一和第二调节级。
A flow controller having a first and second stages of regulation.
叙述了在实际化工生产中，利用串级调节等方法来实现工艺参数准恒定控制的控制方案，并对其工作原理及性能作了阐述。
A control ties system which can control the technical parameters invariably in chemical production is introduced. The principle and its applied potential are also outlined.
即根据室外温度调节二级管网侧的供水温度，通过调节一级管网侧流量控制二级管网侧水温。
The water temperature of branch pipe network was regulated according as outside temperature, and the flux of main pipe network was regulated to control the water temperature of branch pipe network.
起动过程中发生器温度的控制依靠选择合适的流量调节器起动流量、转级时间和转级速率来实现。
The GG temperature control can be realized by regulating the flow regulator start-up flow rate, the start time from start-up to main stage and the regulator operating condition transfer rate.
针对该问题，提出通过电液调节阀对混合煤气进行串级稳压控制。
A cascade control method for the pressure control of the mixed gas is presented based on an electro-hydraulic control valve.
在串级控制系统的基础上，主调节器采用智能模糊PID控制算法，副调节器采用常规PID算法。
The controller studied in this paper is based on cascade control system. Intelligent fuzz control is used to the outer loop and traditional PID law is applied to the inner loop.
最后，以混合釜成分串级比值控制系统为例，介绍了实现该控制算法的成分数字调节器的具体方法。
Finally, this paper demonstrates the implementation of a digital controller based on the algorithm by taking the cascade and ratio control system as a...
本文还以混合釜成分串级比值控制系统为例，介绍了实现该控制算法的成分数字调节器的具体方法。
The algorithm is applied to control the product composition of a CSTB, as main controller of the cascade and ratio control system, to demonstrate the implementation of the...
即根据室外温度调节二级管网侧的供水温度，通过调节一级管网侧流量控制二级管网侧水温。
The water temperature of branch pipe network was regulated according as outside temperature, and the flux of main pipe network was regulated to control the water temperature of branch...
即根据室外温度调节二级管网侧的供水温度，通过调节一级管网侧流量控制二级管网侧水温。
The water temperature of branch pipe network was regulated according as outside temperature, and the flux of main pipe network was regulated to control the water temperature of branch...
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