迭代函数

假定由F产生的迭代函数系（IFS）是平均压缩的。

We form the iterated function system ( IFS ) which is generated by F.

阐述了迭代函数系（iteratedfunctionsystem，IFS）理论，给出了构造IFS吸引子的随机迭代算法。

The theory of iterated function system ( IFS ) is elaborated and the stochastic iterated algorithm to construct IFS attractor is given .

迭代函数法计算稀土串级萃取最优化k值

Calculation of the Optimal k Value in RE Countercurrent Extraction by Iterative Function Method

Markov双曲迭代函数系参数与吸引子关系的研究

Research on the Effect of the Parameters of Markov Iterated Function Systems

Markov迭代函数系统分形的动力学特性分析

Analysis of the Dynamical Characteristics of Markov Iterated Function Systems

具有共形迭代函数系统有理函数Julia集的性质

The property of the Julia set of rational functions with conformal iterated function system

介绍了分形插值函数和迭代函数系统以及v阶黎曼-刘维尔分数阶积分、微分的概念和相关定理。

The thesis introduces the concept and relative theories of fractal interpolation function and the Reimann-Liouville fractional integral of order v and fractional differential .

迭代函数系（IFS）吸引子的逼近算法及盒子维数估算

Approximations of ifs 's attractor and estimation of it 's box dimension

迭代函数系IFS吸引子图像控制方法的研究

Research oh the Control of the IFS Attractor Images

迭代函数系IFS吸引子的通用参数控制系统

Common Parameter Control System of Iterative Function System Attractor

迭代函数系（IFS）吸引子上点的地址与位置的关系

Relationship Between Address and Location of a Point on Attractor of Iterated Function System

基于迭代函数系统IFS的植物真实图像颜色生成的改进算法

Improved Generating Algorithm of Plant True - color Image Based on Iterated Function System

Runge-Kutta迭代函数（Ⅱ）（英文）

Runge-Kutta Iterative Function ( ⅱ )

迭代函数系统（IFS）的码空间

The Code Space of Iterated Function System

迭代函数系统IFS吸引子图像匹配技术的研究

Research of IFS Attractor Image Matching

迭代函数系IFS吸引子的参数控制与树木的模拟

Research on the Parameters Control of the Attractor of IFS and the Simulation of the Tree

本文工作之一是把伴随于迭代函数系统（IFS）的码空间方法应用到数字图像的置乱。

Firstly , the idea of code space associated with IFS is used for image scrambling .

在本例中（在以下代码示例中概述），cargo只是不断将反馈传送给迭代函数的一个数字。

In this case ( outlined in following code example ) the cargo is just a number that keeps getting fed back into an iterative function .

迭代函数系统的吸引子和OSC集

The attractor and OSC set of iterated function systems

提出了一种由迭代函数系统（IFS）所描述的二维真彩分形变形的新方法。

We present a new approach to morphing 2D true-color fractals described by iterated function systems ( IFS ) .

本文给出了一种基于迭代函数系统IFS的动态模拟方法。

This paper has given a method of dynamic simulation based on the iterated function system ( IFS ) .

本文研究基于迭代函数系统（IFS）的分形变形的方法。

This thesis studies the approach of the fractals morphing based on the iterated function systems ( IFS ) .

迭代函数系统（IFS）是生成分形吸引子的经典方法。

It has been know that Iterated Function System ( IFS ) is a typical method for making fractal images .

提出求解迭代函数系（IFS）逆问题的一类有效遗传算法。

The paper proposes a novel efficient genetic algorithm to solve the inverse problem of Iterated Function Systems ( IFS ) .

二维IFS迭代函数系统分形绘图，看似树叶，实际上运用了很多算法才生成的图形。

Two-dimensional IFS IFS fractal graphics , the leaves appear , in fact , did use a lot of algorithm-generated graphics .

利用Markov划分与共形迭代函数系统的理论，获得了几何有限有理函数Julia集的性质。

By the theory of Markov partitions and the conformal iterated function system , we obtain the property of the Julia set of the geometrically finite rational functions .

分形图像压缩是一种利用迭代函数系统理论（IFS）、基于自相似特征的有损编码方法。

The fractal image compression is a lossy encoding method which is based on Iterated Function System ( IFS ) and self-similarity characteristics .

简述了分形、迭代函数系统（IFS）及分形布朗运动的基本概念。

The Fundamental concepts of fractal , iterated function system ( IFS ) and fractal Brownian motion ( FBM ) are described briefly .

本论文基于IFS迭代函数系统理论，从两个方面对分形反问题进行了深入的探讨和研究。

In this paper , based on the theory of Iterated Function System ( IFS ), we deeply discuss the fractal reversed problem from two aspects .

IFS的分形编码是将原始图像分割成互不重叠的小方块然后对每个小方块构造迭代函数系统，并保证迭代函数迭代变换的收敛性。

The IFS divides an original image into small non-overlapped blocks and then constructs IFS for each block , meanwhile ensuring the convergence of the iterated transformation .