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Description: 程序运行首先生成传统的Logistic映射Feigenbaum分岔图。水平方向是参数u，取值范围是0—4；竖直方向是变量x，取值范围是0—1。-running first generation traditional Logistic Map Feigenbaum bifurcation diagram. The direction is the level parameters u, value in the range of 0-4; Vertical direction is variable x, the value range is 0-1.
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Size: 1703 |
Author: 吕振兴 |
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Description: 程序运行首先生成传统的Logistic映射Feigenbaum分岔图。水平方向是参数u，取值范围是0—4；竖直方向是变量x，取值范围是0—1。-running first generation traditional Logistic Map Feigenbaum bifurcation diagram. The direction is the level parameters u, value in the range of 0-4; Vertical direction is variable x, the value range is 0-1.
Platform: |
Size: 8317 |
Author: 吕振兴 |
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Description: 程序运行首先生成传统的Logistic映射Feigenbaum分岔图。水平方向是参数u，取值范围是0—4；竖直方向是变量x，取值范围是0—1。-running first generation traditional Logistic Map Feigenbaum bifurcation diagram. The direction is the level parameters u, value in the range of 0-4; Vertical direction is variable x, the value range is 0-1.
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Size: 1024 |
Author: 吕振兴 |
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Description: 程序运行首先生成传统的Logistic映射Feigenbaum分岔图。水平方向是参数u，取值范围是0—4；竖直方向是变量x，取值范围是0—1。-running first generation traditional Logistic Map Feigenbaum bifurcation diagram. The direction is the level parameters u, value in the range of 0-4; Vertical direction is variable x, the value range is 0-1.
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Size: 8192 |
Author: 吕振兴 |
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Description: 六西格玛是美国人在全面质量管理基础上发展起来的。朱兰、费根堡姆于20世纪60年代提出了全面质量管理的概念。他们提出，为了生产具有合理成本和较高质量的产品，以适应市场的要求，只注意个别部门的活动是不够的，需要对覆盖所有职能部门的质量活动进行策划。-Six Sigma is the Americans in the total quality management developed on the basis of. Juran, Feigenbaum 60s in the 20th century put forward the concept of total quality management. They proposed that in order to produce a reasonable cost and higher quality products to meet market requirements and only pay attention to the activities of individual departments is not enough, need to cover all functional departments of the quality planning activities.
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Size: 1082368 |
Author: 周静 |
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Description: Feigenbaum this is development of matlab-Feigenbaum this is development of matlab
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Size: 26624 |
Author: dead |
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Description: 特性、相空间特性、倍周期分岔特性、Lyapunov 指数、Feigenbaum 第一常数等，表明它具有良
好的混沌特性.-The phase space characteristics, characteristics, the period-doubling bifurcation characteristics and Lyapunov index, the constant Feigenbaum, indicates that it has good etcGood chaos characteristics.
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Size: 809984 |
Author: 张路 |
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Description: 由重正化群方法求解Feigenbaum常数。这是Feigenbuam首先提出的算法，但是可以优化的余地比较大-By the renormalization group method for solving Feigenbaum constant. This is Feigenbuam first proposed algorithm, but can be relatively large room for optimization
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Size: 116736 |
Author: 云天河 |
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Description: 给定初始值，产生费根鲍姆迭代轨迹，logistics映射，周期点等程序-Given initial value, resulting in iterative trajectory Feigenbaum, logistics map, periodic points and other procedures
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Size: 1024 |
Author: sun jing |
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Description: 用Matlab观察分岔与混沌现象。利用迭代格式，做出相应的Feigenbaum图-Using Matlab to observe the phenomenon of bifurcation and chaos, the use of iterative scheme, corresponding to the Feigenbaum map
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Size: 147456 |
Author: 网速 |
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Description: feigenbaum第一常数，画出其分岔图。-feigenbaum first constant, draw the bifurcation diagram.
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Size: 1024 |
Author: tjr |
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Description: 计算Feigenbaum数，精确到小数点后12位。-Calculate the Feigenbaum number 12 after the decimal point.
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Size: 7168 |
Author: 李涵 |
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Description: Feigenbaum曾对超越函数（为非负实数）进行了分岔与混沌的研究，-Feigenbaum had transcendental functions (non-negative real numbers) were studied Bifurcation and Chaos,
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Size: 149504 |
Author: 闵国旗 |
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