1) relative degree
相对阶数
1.
In the meantime,it is proved strictly that not only the system states but also the relative degree can be identified by using the neural network.
同时指出，利用神经网络不仅可以对系统的状态进行辨识，而且可以辨识其相对阶数，并给出了完整的证明。
2) arbitrary relative orders
任意相对阶数
3) relative degree
相对阶
1.
An observer design approach based on input-output linearization for a class of nonlinear systems whose relative degree is less than its orders is proposed.
针对一类系统相对阶小于系统阶数的非线性系统,提出了一种基于输入输出线性化的观测器设计方法。
2.
It is shown that this unified method can synthesize chaos from a linear controllable system and a nonlinear system with relative degree greater than three.
仿真结果表明,该方法能够在线性可控和相对阶大于 3 的仿射非线性系统中产生混沌现象。
3.
For plants with relative degree greater than 3, the design and performance analysis of a direct model reference adaptive backstepping controller (MRAC) with unnormalized adaptive laws are given.
对于相对阶m>3的系统,给出了具有未规范化自适应律的直接型模型参考自适应反推控制器的设计和性能分析,从而解决了对于任意相对阶系统,具有未规范化自适应律的直接型模型参考自适应控制器的设计和性能分析问题。
4) relative order
相对阶
1.
Based on the concept of relative order,the state feedback controllers are obtained by using the way of feedback linearization.
基于相对阶的概念,利用反馈线性化的方法,得到状态反馈控制律。
5) logarithmic order
对数阶
6) vector relative degree
向量相对阶
1.
The concept of vector relative degree is given, and the invariant property of vector relative degree is obtained.
首先建立了非线性奇异系统的向量相对阶的概念,并给出了系统的向量相对阶的反馈不变性。
补充资料：动态相对数
动态相对数
【动态相对数]表明同类事物在不同时间条件下对比关系的比依说明社会经济现象在不同时间中的运动、发展和变化的情况、动态相对数的计算公式动态相对数=报告期数量基期数量
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条