1) fractional differential system
分数微分系统
2) fractional-order differential system
分数阶微分系统
1.
The analytical conditions that the fractional-order differential systems remain chaotic are obtained by analyzing the stability of the fixed points of the systems.
通过分析系统不动点的稳定性,得到分数阶微分系统存在混沌的解析条件。
3) differential algebraic system
微分代数系统
1.
Disturbance attenuation for electric power differential algebraic system based on dissipation theory;
基于耗散理论的电力微分代数系统干扰抑制
2.
Comprehensive Control Problems of Differential Algebraic System Based on Power System Model;
基于电力系统模型的微分代数系统的综合控制问题
3.
The M derivative, M bracket and MIMO feedback linearization based on nonlinear differential algebraic system (NDAS) are introduced into the design of nonlinear controller for parallel AC/DC multi-machine power system, and the zero dynamics design with differential algebraic form are presented.
详细研究了带非线性负荷的交直流并联系统发电机励磁控制和直流系统控制,将M导数、M括号以及MIMO微分代数系统反馈线性化技术应用到交直流并联多机系统非线性控制器设计中,提出了具有微分代数形式的零动态设计。
4) differential-algebraic system
微分代数系统
1.
And, the applications of the generalized orthogonal matrix in quadratic form and differential-algebraic system occurring in circuit systems are given.
对有关正交矩阵及特殊类矩阵的研究内容进行了总结,给出了一类广义正交矩阵的定义,讨论了该类广义正交矩阵的性质及其在二次型及微分代数系统中的应用,通过线性变换得到了一类微分代数系统的通解。
5) Differential-algebraic system
微分-代数系统
1.
Waveform relaxation methods for stiff nonlinear differential-algebraic systems;
非线性刚性微分-代数系统的波形松弛离散法
6) differential-algebraic systems
微分-代数系统
1.
This paper discusses the theoretical models and numerical experiments of parallel iteration methods for solving non-linear differential-algebraic systems.
讨论了非线性微分-代数系统的并行迭代算法所涉及的理论和具体算例的实现。
2.
This paper discusses theoretical models and numerical experiments of waveform relaxation methods for solving nonlinear differential-algebraic systems of index-3.
本文探讨非线性指标-3微分-代数系统的波形松弛算法所涉及的理论模型和具体算例的求解。
补充资料:分数阶积分与微分
分数阶积分与微分
og fractional integration and differentia-
分数阶积分的逆运算称为分数阶微分:若几介F,则f为F的:阶分数阶导数(na ctional deriVative).若0<戊
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