Abstract

By introducing a simple feedback, a hyperchaotic hidden attractor is found in the newly proposed Lorenz-like chaotic system. Some variables of the equilibria-free system can be controlled in amplitude and offset by an independent knob. A circuit experiment based on Multisim is consistent with the theoretic analysis and numerical simulation.

Highlights

  • As we all know, chaos is ubiquitous in nature and human society, and has great potential in engineering applications

  • A hidden hyperchaotic attractor is found, which has the property of amplitude control and offset

  • A hidden hyperchaotic attractor is found, which has the property of amplitude control and boosting

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Summary

A Symmetric Controllable Hyperchaotic

Xin Zhang 1,2 , Chunbiao Li 1,2,3, * , Tengfei Lei 3 , Zuohua Liu 4 and Changyuan Tao 4. Jiangsu Key Laboratory of Meteorological Observation and Information Processing, Nanjing University of Information Science & Technology, Nanjing 210044, China

Introduction
Model Description this work no yes
Anylis of Equilibria
Amplitude Control
Offset Boosting
Mixed Geometric Control
Bistability Analysis n
Bistability
Circuit Implementation
20. Circuit
Discussion and Conclusions
Full Text
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