Chaotification or chaos anti-control, which refers to the generation or enhancement of chaos in dynamical systems, is a research hotspot with a large research group. It provides many effective chaotic signals or chaotic systems that can be used in secure communication, image encryption, path planning and other engineering fields. The characteristics of the chaotic signal or chaotic system itself determine the effect and performance of the corresponding engineering applications. Thus, it is very important to establish systematic control framework of chaos generation and obtain excellent chaotic systems for improving the effect of engineering applications. The emergence of some new behaviors (such as hidden attractors, coexisting attractors, multi-scroll attractors, etc) in chaotic systems also brings new challenges to chaotification.
Chaos-based applications have always received widespread attention and many valuable results have been obtained. With the development of science and technology, the application fields of chaos are also continuously expanding. The prosperity of big data and cyberspace security provides new opportunities and challenges for chaos-based image encryption and secure communication. To our best knowledge, the study of chaotification and chaos-based applications have encountered some bottlenecks, but the research enthusiasm has not diminished.
Therefore, we organize this Research Topic to discuss new situations and new challenges in chaotification and chaos-based applications in the hope of showing some interesting research results.
This Research Topic focuses on exploring the recent advances of chaotification and chaos-based applications. Interesting research work on the generation of chaotic circuits and systems, the anti-control and synchronization of chaotic systems, the design of chaotic image encryption and other contents corresponding to the subject of this collection are welcome.
The topics include, but are not limited to, the following:
(1) Anti-control of chaotic systems
(2) Chaotic image encryption algorithms
(3) New chaotic and hyperchaotic systems
(4) Memristor-based chaotic neural networks
(5) Chaotic systems with coexisting attractors
(6) Chaos intelligent optimization algorithms
(7) Chaotic secure communication technology
(8) Synchronization control of chaotic systems
Chaotification or chaos anti-control, which refers to the generation or enhancement of chaos in dynamical systems, is a research hotspot with a large research group. It provides many effective chaotic signals or chaotic systems that can be used in secure communication, image encryption, path planning and other engineering fields. The characteristics of the chaotic signal or chaotic system itself determine the effect and performance of the corresponding engineering applications. Thus, it is very important to establish systematic control framework of chaos generation and obtain excellent chaotic systems for improving the effect of engineering applications. The emergence of some new behaviors (such as hidden attractors, coexisting attractors, multi-scroll attractors, etc) in chaotic systems also brings new challenges to chaotification.
Chaos-based applications have always received widespread attention and many valuable results have been obtained. With the development of science and technology, the application fields of chaos are also continuously expanding. The prosperity of big data and cyberspace security provides new opportunities and challenges for chaos-based image encryption and secure communication. To our best knowledge, the study of chaotification and chaos-based applications have encountered some bottlenecks, but the research enthusiasm has not diminished.
Therefore, we organize this Research Topic to discuss new situations and new challenges in chaotification and chaos-based applications in the hope of showing some interesting research results.
This Research Topic focuses on exploring the recent advances of chaotification and chaos-based applications. Interesting research work on the generation of chaotic circuits and systems, the anti-control and synchronization of chaotic systems, the design of chaotic image encryption and other contents corresponding to the subject of this collection are welcome.
The topics include, but are not limited to, the following:
(1) Anti-control of chaotic systems
(2) Chaotic image encryption algorithms
(3) New chaotic and hyperchaotic systems
(4) Memristor-based chaotic neural networks
(5) Chaotic systems with coexisting attractors
(6) Chaos intelligent optimization algorithms
(7) Chaotic secure communication technology
(8) Synchronization control of chaotic systems
