From Chaos To Order Methodologies, Perspectives and Applications
From Chaos To Order Methodologies, Perspectives and Applications
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DOI：
10.1142/9789812798640
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发表时间：
1998-06
期刊：
影响因子：
--
通讯作者：
Guanrong Chen;Xiaoning Dong
中科院分区：
文献类型：
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作者：
Guanrong Chen;Xiaoning Dong
第一部分：绪论：混沌与秩序。第二部分参数变分方法：参数变分方法对混沌控制的早期尝试，是OGY方法及其变体的新发展。第三部分传统工程控制方法：混沌控制的工程观点通过外力控制混沌开环控制方法反馈机制控制工程师的观点控制离散时间混沌系统控制连续时间混沌系统李雅普诺夫型方法控制混沌系统自适应控制混沌系统最优控制混沌系统鲁棒控制混沌系统随机控制技术的新发展。第四部分：控制混沌的其他方法：智能控制方法在DAI系统中控制混沌同步和控制混沌同步与控制统一的新发展。第五部分控制混沌的一些应用：混沌同步在保密通信、生物医学系统、生物化学系统中的应用；混沌同步在激光系统中的应用；混沌同步在流体动力学中的新发展。第6部分：控制混沌-进一步讨论：一般观点，进一步探讨一个综合统一的框架。
Part 1 Prologue - chaos and order ordering chaos organization of the monograph. Part 2 Parametric variation approaches: parametric variation for control of chaos an earlier attempt the OGY method and its variants new development. Part 3 Conventional engineering control approaches: engineering perspectives on control of chaos controlling chaos via external forces open-loop control methods feedback mechanism - a control engineer's perspective controlling discrete-time chaotic systems controlling continuous-time chaotic systems a closer look at Lyapunov-type approach adaptive control of chaotic systems optimal control of chaotic systems robust control of chaotic systems a stochastic control technique new development. Part 4 Other approaches to controlling chaos: intelligent control approaches controlling chaos in DAI systems synchronization and control of chaos unification of synchronization and control new development. Part 5 Some applications of controlling chaos: chaotic synchronization for secure communication chaos and biomedical systems chaos and biochemical systems controlling chaos of laser systems controlling chaos in fluid dynamics new development. Part 6 Controlling chaos - further discussions: general perspectives to probe further toward an integrated and unified framework.