sample-data control造句
例句与造句
- Stability theory for nonlinear sampled - data control systems
非线性系统的鲁棒采样控制 - Robust sampled - data control for nonlinear uncertain systems
非线性采样控制系统的稳定性 - Ten years of the lifting technique for sampled - data control systems
采样控制系统提升技术的10年 - Optimal robust sampled - data control for nonlinear systems
多速率数据采样系统故障检测滤波器设计 - A new approach to robust stability analysis of sampled - data control systems
采样系统鲁棒稳定性分析的新方法 - It's difficult to find sample-data control in a sentence. 用sample-data control造句挺难的
- Calculationfor frame - frequency characteristics of sampling - data control system
采样控制系统幅频特性的一种计算方法 - Sampled - data control system
采样控制系统 - Design and application of mixed sensitivity function for sampled - data control systems
采样控制系统混合灵敏度设计及应用 - The lifting technique for sampled - data control systems is studied first , and theformulas for lifting computation are derived carefully
论文对采样控制系统的提升技术进行了研究,详细推导了提升计算的公式。 - According to the special structure of the sampled - data control system , the signal channel is really composed of two parts : a continuous - time part and a discrete - time one
为此，针对采样控制系统的结构特点，将频率响应分为两个通道进行计算。 - Switched systems are widely used in many practical problems , such as switching control of multiple work modes of planes , web switching of electric systems and sampled - data control systems , et , al
切换系统在很多实际工程应用中经常遇到，如飞机的多工作点切换控制，电力系统网络的切换以及多频采样数字系统的控制等。 - This dissertation is about the h _ design for sampled - data control systems . problems from the design by using the popular lifting technique are discussed andanalyzed , and new methods for the h _ design of sampled - data systems areproposed
本论文研究采样控制系统的h _设计。分析了近年来流行的提升法在设计中的问题,提出了适用于采样系统h _设计的新方法。 - Notice that the signal channel of the system is really composed of twoparts ? ? a continuous - time part and a discrete - time one , so a new method forcomputing the frequency response of the sampled - data control system is proposedaccording to the special structure of the sampled - data control system
论文根据采样控制系统的结构特点,将频率响应分为两个通道来进行计算,给出了一种计算采样系统频率响应的方法。这种频率响应物理概念清晰,可以通过各种方法来进行验算。 - The lifting technique is then used for h _ synthesis problems such as h _ mixed sensitivity problem , robust stability problem and the disturbance attenuationproblem . it is pointed out that for the closed - loop sampled - data control system , thesystem norm is not preserved by the lifting as expected , i . e . , there is a differencebetween the two norms
论文将提升技术应用于采样控制系统的各种h _设计问题,包括h _灵敏度问题、鲁棒稳定性问题、扰动抑制问题,指出对闭环采样控制系统,提升法并不像设想的那样具有保范性质,即系统在提升前后的范数是不等价的。 - The frequency response of sampled - data control systems is studied in detail . the presently accepted definition of the frequency response and the relatedcomputation with time - domain and frequency - domain lifting techniques are analyzedand discussed , and it is pointed out that the frequency response thus obtained isindeed the frequency response of the lifted system . because the frequency responseof the system can not be preserved by lifting , the frequency response of the liftedsystem has nothing to do with the real frequency response of the sampled - datacontrol system
对目前公认的频率响应的定义和计算方法? ?时间域提升法和频域提升法进行了分析,指出这些算法所给出的频率响应,实质上是提升系统的频率响应,由于提升并不能保证频率特性不变,所以提升系统的频率响应也就不是采样控制系统的真正的频率响应。