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huhaiyan
- <胡海岩-应用非线性动力学>全书共分8章。第1章阐述非线性动力系统的理论与实验建模方法,第2章和第3章分别介绍单自由度自治系统的定性和定量分析方法,第4章和第5章侧重于分析单自由度非自治系统和多自由度系统的非线性动力学行为。第6章介绍非线性系统的运动稳定性及分叉理论。第7章阐述混沌现象及混沌的控制。第8章阐述如何运用数值方法分析非线性动力系统的行为,特别是系统的周期运动、分叉与混沌。书末附录阐述了如何借助计算机代数软件MAPLE分析非线性动力学问题。-Book is divided
chaos
- 根据《物理学报》2006年第10期上的4篇论文,研究了混沌的产生、控制与同步。编程环境采用Matlab6.0。-According to " Physics" in 2006 the first 10 on the four papers, studied the emergence of chaos, control and synchronization. Programming environment used Matlab6.0.
wulaxiaozi
- 无赖小子的整人远控,除了有远控的基本功能外,还有一些专门整人的功能。如: 点对点聊天:与被控端进行点对点聊天交谈; 骷髅、地震、乱屏等耍人操作; -Kid rogue much control of the whole person, has far apart from the basic functions of control, there are some specialized functions of the whole person. Such as: peer-to-p
MatlabCSharpBook
- 基于matlab编程,仿真。matlab编程百例有助于熟悉matlab基本编程命令,最好成为编程高手。小数据量法求lyapunov指数源程序,可以减轻做混沌控制与同步研究的编程苦恼。-Matlab-based programming, simulation. 100 cases of familiar programming matlab help matlab command of basic programming, preferably as a programming expert. M
fencha
- 编写分叉图的计算程序; 选择一个混沌区的控制参量a,并编写时域波形的计算程序-Bifurcation diagram of the preparation program Choose a zone of chaos control parameter a, and the preparation of time-domain waveform of the calculation program
programming_of_a_fuzzy_PID_controller_standardized
- 基于混沌变量,提出了一种FNPID 参数混沌优化设计。文中将混沌动力学特性与退火策略结合起来实现混沌优化搜索,体现出具有更强的FNPID 参数全局最优值的搜索能力。仿 真实验表明能有效地实现FNPID 控制器参数优化,控制结果具有稳定、无振荡、无超调、响应快、调节时间短的优点,算法结构简单,编程容易。-Variables based on chaos, a chaos FNPID optimum design parameters. In this paper, chaotic dynami
Motor_control
- 耦合发电机系统的自适应控制与同步以及变形耦合发电机系统中的混沌控制-Coupled generator system of adaptive control coupled with the synchronous generator system, as well as deformation of chaos control
1
- 基于模糊遗传算法的混沌同步控制算法是一种比较简单的同步控制算法-synchronization of chaos based on fuzzy genetic algorithm is a simple control method
chaos
- 《混沌时间序列分析及其应用》主要介绍了混沌时间序列的基本理论、方法及应用,共分七章:混沌动力学、时间序列的重构相空间、混沌控制与同步等。-"Chaotic Time Series Analysis and Its Applications," introduces the basic theory of chaotic time series, methods and applications, is divided into seven chapters: chaotic dynamics,
dfd
- 非线性欠驱动系统的混沌优化LQ控制Nonlinear Underactuated Systems LQ optimal control of chaos-Nonlinear Underactuated Systems LQ optimal control of chaos
van_der_pol
- 混沌系统van_der_pol控制器的仿真程序,可以通过此程序仿真van_der_pol控制器的混沌系统及仿照此程序仿真其它混沌系统。-The synchronization of chaos system by van_der_pol control.
a-new-chaos-synchronization
- 实现了一个新混沌系统的非线性反馈同步,参考文献《一个新混沌系统的非线性反馈同步控制》-Implemented a new non-linear feedback synchronization of chaotic systems, reference " a new non-linear feedback synchronization of chaotic systems control"
Chaos-control
- 混沌控制经典书籍--混沌控制及其优化应用-作者邹恩-Chaos control of classic books- Chaos control and optimization applications- Author Zou En
DELC-TP018710
- A car park digital controller circuit is commonly used to control car parking troubles/chaos in a car parking area by monitoring car going out and car going in to relation to the number of parking slots. In any parking area, parking slots are limited
chaos-in-permanentmagnet
- 针对永磁同步电机运行中的混沌动态行为, 提出一类永磁同步电机混沌运动的逆系统控 制方法。通过多时间尺度变换, 将转子磁场定向坐标系下的永磁同步电机模型变换成一种简单的 无量纲模型。利用相图和分岔图, 分析永磁同步电机的混沌动态特性。在证明永磁同步电机混沌 系统可逆的基础上, 通过状态反馈构造出永磁同步电机混沌系统的逆系统, 将逆系统与原系统串 联, 组成伪线性复合系统, 该复合系统等效于一个二阶线性积分环节。采用线性综合方法设计闭环 控制器对永磁同步电机混沌系统进行控制。仿真
chaos-control
- 耦合发电机系统的自适应控制与同步,将耦合发电机系统的混沌轨道镇定到平衡点,并使得两个参数未知的耦合发电机系统达到了混沌同步-Adaptive control system coupled generator and synchronization, the generator system coupled to a chaotic orbit stabilization of balance, and makes the coupling of two unknown parameters to
Chaos---Fractal---Chaos-Control
- 对于混沌信号的一个简洁,帮助大家对于混沌信号的一个了解-For a simple chaotic signals to help people understand the chaotic signal of a
chaos-control2
- 一些关于混沌控制的英文文章,希望对大家有用奥!-Some of the chaos control about English articles
Monitor-system-of-fairway
- 为了有效控制运河航行秩序, 解决船舶乱停乱靠问题, 本文设计了远程无线数字视频监控和广播系统,实现了对运河航道的24h实时监控, 提高了管理效率, 增强了航道通航能力。-In order to effectively control the canal navigation order, solve ship stop chaos to chaos on the problem, this paper introduces the design of the remote wireless di
06426456
- 应用于连续周期不稳定混沌系统稳定控制的一种新的方法-A new method for stabilizing unstable periodic orbits of continuous-time systems. Application to control of chaos