Neural networks, fractals, chaos theory皆归属非线性动力系统(nonlinear dynamical systems)之理论规模,而此类系统之研究,复杂无比,殆今并无适当之算术语言及工具,更没必要论及相识。
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coupled nonlinear dynamical systems 耦合非线性动力系统
Nonlinear Dynamical Systems and Bifurcations 非线性动力系统和分支
nonlinear dynamical control systems 非线性动态控制系统
nonlinear stochastic dynamical systems 非线性随机动力系统
As a new intelligent control method, the neural-network-based technique provides a potential tool for solving the control problems of highly uncertain, complex, nonlinear dynamical systems.
神经网络控制作为一种全新的智能控制方法，为解决高度不确定性和严重非线性的复杂动态系统的控制问题开辟了一条新的途径。
In this paper, global bifurcations in a class of nonlinear dynamical systems is investigated.
研究了一类含平方、立方非线性项的两自由度系统的全局分岔。
This paper extends the vibrational control theory to the nonlinear dynamical systems with time lags.
本文研究采用振荡控制方法，来改善非线性动力系统的特性。
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