Analysis and Circuit Implementation of A Novel Chaotic System

来源 :第十六届全国非线性振动暨第十三届全国非线性动力学和运动稳定性学术会议 | 被引量 : 0次 | 上传用户:adaibaobao
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
  In this paper,a novel chaotic circuit is constructed and a new chaotic system is proposed based on the novel circuit for the first time.Some simulations are presented to verify its chaotic characteristics by Multisim.Then the novel chaotic circuit is applied to construct a fourth-order chaotic circuit.Simulation results verify the existence of the new fourth-order chaotic system.Moreover,a new chaotic secure communication circuit is proposed based on the novel fourth-order circuit.To illustrate the effectiveness of the proposed scheme,the intensity limit and stability of the transmitted signal,the characteristic of broadband,and the requirements for accuracy of electronic components are presented by Multisim simulation.Lastly,the proposed chaotic circuit is implemented through analog electronic circuit,which is characterized by its high accuracy and good robustness.The analog circuit implementation results match the simulation results.In addition,the proposed circuit design methods can also be used in other chaotic systems.
其他文献
  输电线路脱冰引起的间隔棒破坏时有发生。本文建立间隔棒实体精细化有限元模型,模拟研究四分裂线路在不同档数、不同档距、不同高差等不同线路结构参数和覆冰厚度、脱冰率
  复合材料胶-螺混合连接因其可以兼有机械连接与胶接的特点,广泛应用于复合材料部件之间的连接。本文使用基于ABAQUS 软件的用户定义子程序VUMAT 建立渐进损伤的本构关系,研
  Biological materials perform excellent mechanical properties,which is related to the unique functionally gradient structure.In this work,inspired by gradien
会议
  输电线路的脱冰会产生不平衡导线张力,对杆塔产生冲击作用,可能导致杆塔破坏,严重威胁输电线路的安全运行。本文首先利用ABAQUS 软件模拟研究不同线路结构参数和覆冰参数下,
  临床脑电数据已经表明癫痫病发作过程能呈现复杂的动力学行为和脑功能网络连接结构的变化,这些行为和功能网络的变化与癫痫疾病的发生、发展和终止机制有着密切的关联,相关
会议
  围岩衬砌的相互作用研究,是隧道结构安全性分析的重要组成部分。本文以开挖时间、一衬时间、二衬时间划分时间区段,考虑围岩与衬砌为弹性/粘弹性介质,将围岩开挖的“位移释
  非线性系统的分岔反控制是非线性科学研究的一个新领域,目前大部分工作都是研究Hopf分岔的反控制,对倍周期分岔等其它分岔的反控制才刚刚起步。已经有文献系统地阐述了Hopf
  In this talk,we discuss various conflicting objectives in the study of dynamics and control.We start out by talking about the well-known concept of delayed
会议
  多稳态全局动力学课题紧密关联着非线性动力学的复杂全局行为及新颖现象,同时在自然科学和工程中有广泛的应用,因此多稳态全局动力学问题成为非线性动力学领域挑战性课题之
会议