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A Geometric Characterization of Partial Linearizability

机译:部分线性化的几何特征

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A fundamental problem that arises in dynamical systems in the study of the local behavior of a diffeomorphism or flow is the linearizability of the system near a fixed point. This is the question of whether there exists a local change of variable converting the system to a linear one. Grobman [G1; G2]and Hartman [Ha2; Ha3] proved that there is always a linearizing change of variable that is a homeomor- phism is the fixed point is hyperbolic. A fixed point of a diffeomorphism (resp. Flow) is hyperbolic if the derivative at the point has no eigenvalues on the unit cir- Cle (resp. Imaginary axis).
机译:在研究亚同形或流动的局部行为时,动力系统中出现的一个基本问题是系统在固定点附近的线性度。这是是否存在将系统转换为线性变量的局部变量的问题。格罗布曼[G1; G2]和Hartman [Ha2; Ha3]证明了变量总是线性变化,这是同态的,而固定点是双曲线的。如果在该点上的导数在单位循环(虚轴)上没有本征值,则微分同构(固定流)的固定点是双曲的。

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