Global Stability Analysis of Switched Chaotic Nonlinear Systems with Hybrid Lower Degrees and its Application to Chua's Circuit
编号:7访问权限:仅限参会人更新:2025-11-03 12:41:02浏览:27次口头报告
报告开始:2025年11月09日 09:00(Asia/Shanghai)
报告时间:15min
所在会场:[S2] 2. Power electronics technology and application [S2] 2.Power electronics technology and application
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摘要
This brief proposes a novel separable extremal robust Lyapunov functions (SERLFs) scheme to investigate the global stability of switched chaotic nonlinear systems (SCNLSs). Unlike previous works, this study considers the hybrid lower degrees γ ∈ (0,1] and non-smoothness of the SCNLSs' states. Moreover, the proposed scheme realizes the finite-time stability of the SCNLSs. Finally, the effectiveness of the proposed SERLFs scheme is evaluated through one Chua's circuit example.
关键词
Global stability analysis, switched chaotic nonlinear systems (SCNLSs), hybrid lower degrees, separable extremal robust Lyapunov functions (SERLFs), Chua';s circuit.
报告人
Jiansheng Wang
Hefei Institutes of Physical Science Chinese Academy of Sciences
稿件作者
Jiansheng WangHefei Institutes of Physical Science Chinese Academy of Sciences
Yuxiang SunHefei Institutes of physical science, Chinese Academy of Sciences
Xiaodi ZhangHefei Institutes of physical science, Chinese Academy of Sciences
Lifu GaoHefei Institutes of physical science, Chinese Academy of Sciences
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