控制器

This work hides the details of communications protocol and simplifies the development of management software of the system.

基于一个开放源代码的串口通信类CSerialPort实现HSN2000型网络门禁控制器的串口通信函数，从而封装串口通信协议，简化门禁管理软件的开发。

The main subjects of the volume include:- spectral analysis of periodic differential operators and delay equations, stabilizing controllers, Fourier multipliers;- multivariable operator theory, model theory, commutant lifting theorems, coisometric realizations;- Hankel operators and forms;- operator algebras;- the Bellman function approach in singular integrals and harmonic analysis, singular integral operators and integral representations;- approximation in holomorphic spaces.

卷包括：主要课程-定期微分算子和延迟方程谱分析，稳定控制器，傅立叶乘数；-多变量算子理论，模型论，换位解除定理，coisometric变现；- Hankel算子和形式；-算子代数；-在奇异积分和谐波分析，奇异积分算子和积分表示贝尔曼函数方法；-在全纯空间近似。

A neural network based method for compensating dynamic inversion error is introduced in this paper and is applied in the control of a supermaneuver ing aircraft.

讨论了一种基于神经网络自适应补偿动态逆误差的方法，并应用于超机动飞机控制器设计中。

In order to improve the characteristics of transient response,an initial value compensation method based on compensating the difference outputs between current controller and former controller is proposed and compensated math model and response for this system are given.

针对这些问题，设计了一种基于补偿控制器输出的初值补偿切换算法，并给出了加入初值补偿之后的系统数学模型和响应形式，以及该算法的具体实现。

This paper introduces that A digital control system based on SIMATIC-TDC for Static Var Compensator is proposed .

摘 要：本文介绍了一种基于SIMATIC-TDC控制器的全数字静止无功补偿装置的控制系统。

And from it, optimal compensator can been obtained.

其次，研究了非谐波次干扰下的重复控制器特性。

The design of a dynamical compensator to stabilize simultaneously the family of given systems is studied.

研究了多重系统同时稳定和同时强稳定的动态补偿控制器设计问题。

Finally, the compensator is designed for NCS with the induced delay.

最后，分析了时延网络控制系统补偿控制器的设计问题。

This paper studies how to define corresponding pulse transfer function D′ of digital controller, while there are zeros of conjugate complex numbers or negative real number in D, poses a solution method and gives comparative analysis for three different situations.

本文对D中含有共轭复数零点，或负实数零点时，如何确定数字控制器的相应脉冲传递函数D′的问题进行了研究，提出了解决方法，通过实例对三种不同情形进行了对比分析。

When the parameters of complex system are variable by time, it is more difficult to design the control system.

时滞特性是工业生产过程中普遍存在的现象，由于时滞现象的存在，扰动不能被及时察觉，控制作用需长时间后才能反映到系统输出上，因此使控制器参数不易选取，若控制参数调整不当，会造成系统控制品质的下降，严重时会导致系统不稳定。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。