首页> 外文会议>Advances in Natural Computation pt.2; Lecture Notes in Computer Science; 4222 >An Accelerated Algorithm of Constructing General High-Order Mandelbrot and Julia Sets
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An Accelerated Algorithm of Constructing General High-Order Mandelbrot and Julia Sets

机译:构造通用高阶Mandelbrot和Julia集的加速算法

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A series of high order Mandelbrot and Julia fractal images of complex map f:z ← z~n +c(n > 2, n ∈N) are constructed by using escape time algorithm. Topology invariance and the relation between period bud distribution and mapping orders are found through lots of computer mathematic experiments. The escape time algorithm is improved on basis of the rotation symmetric property of Manderlbrot and Julia sets, and then a rotation escape time algorithm is established. The high-order Mandelbrot and Julia sets fractal images are generated by using Web oriented Java Applet. Therefore the complexity of computer simulation under complex conditions is greatly reduced. The application of Java technology provides an Internet-based distribution platform for chaos-fractal theory study.
机译:利用逃逸时间算法构造了一系列复杂映射f:z←z〜n + c(n> 2,n∈N)的高阶Mandelbrot和Julia分形图像。通过大量的计算机数学实验可以发现拓扑不变性以及周期芽分布和映射顺序之间的关系。基于Manderlbrot和Julia集的旋转对称性,对逃逸时间算法进行了改进,建立了旋转逃生时间算法。通过使用面向Web的Java Applet生成高阶Mandelbrot和Julia集的分形图像。因此,大大降低了复杂条件下计算机仿真的复杂度。 Java技术的应用为混沌分形理论研究提供了一个基于Internet的分发平台。

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