1·The problem of designing an observer for bilinear multivariable systems in the presence of unknown disturbances is considered.
本文讨论了存在未知扰动情况下如何设计双线性多变量系统的观测器问题。
2·A multivariable statistical quality control method was presented to decrease the variance in product quality by the influence of process disturbance.
提出了一种多变量统计质量控制方法来减小由于过程扰动引起的产品质量变化。
3·It can be used to cancel the effect of measurable disturbances completely, and applied to multivariable systems to realize adaptive decoupling control.
该控制器不仅能完全消除可测干扰的影响，而且能应用到多变量系统，实现自造应解耦控制。
4·Firstly, the paper models the multivariable discrete state-space model of the air transmission unit by the lab method, using multi-dimensional inverse m series as input stimulus signal.
首先利用多维逆m序列作为激励输入信号，用实验法建立出空气传送部分的多变量离散状态空间模型。
5·In this paper, a new multivariable self-tuning feedforward controller is presented.
本文提出了一种新的多变量自校正前馈控制器。