Two Independent Offset Controllers in a Three-Dimensional Chaotic System
Chunbiao Li, Yikai Gao, Tengfei Lei, Rita Yi Man Li, Yuanxiao Xu
Abstract
Offset boosting is a crucial passage for chaotic signal modification in chaos-based engineering. Searching an offset controller for a 3D chaotic system is usually complex, let alone two independent nonbifurcating offset constants. This paper constructs a class of chaotic systems, providing a single constant posing direct offset boosting for two dimensions. This offset boostable chaotic system regime has multiple typical control modes, including a system variable single control, synchronous common control, reverse control, and differential control. This new type of chaotic systems also finds two-dimensional offset boosting combined with amplitude control.
Topics & Concepts
Offset (computer science)ChaoticControl theory (sociology)Boosting (machine learning)Chaotic systemsComputer scienceSynchronization of chaosMathematicsControl (management)Artificial intelligenceProgramming languageChaos control and synchronizationNonlinear Dynamics and Pattern FormationNeural Networks and Applications