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Dynamics of Iterative Schemes for Quadratic Polynomial

机译:二次多项式迭代方案的动态

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摘要

Most of the fractals are generated by applying a map recursively to an initial point or a set of the space such as complex plane. An orbit of a point is a sequence of iteratively obtained points from it and the orbit is said to be diverging when its points grow unbounded. A set of all the points whose orbits are not diverging may be termed as a fractal. The fractal dynamics of the orbits depends on the rule of iteration also. In this paper, we study the dynamics of iterations for a number of iterative schemes. The results regarding the escape criteria for quadratic complex polynomials under various iteration procedures are established.
机译:大多数分形通过递归地施归地图到初始点或一组空间来生成,例如复杂平面。点的轨道是一系列迭代获得的点,并且当其点未被纳入时,轨道被认为发散。一组轨道不发散的所有点可以被称为分形。轨道的分形动力学也取决于迭代的规则。在本文中,我们研究了许多迭代方案的迭代动态。建立了关于各种迭代程序下二次复杂多项式的转义标准的结果。

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