If there are nonlinear elements in a circuit or system, and the input and output do not have superposition and uniformity, such a circuit or system is called a nonlinear circuit or nonlinear system. Nonlinear circuits and systems have wide application prospects in engineering fields such as the Internet of things, medical care, intelligent systems, and so on. The research based on nonlinear circuits and systems has received extensive attention, and many valuable results have been obtained. With the development of science and technology, the research field of nonlinear circuits and systems is also expanding, including chaotic systems and circuits, nonlinear device models, memristors, neural networks, neural circuits, and application research in related fields.
There are some bottlenecks in the application research of nonlinear circuits and systems, but the enthusiasm for research has not diminished. Therefore, we organize this research topic to discuss new situations and challenges in the research and application of nonlinear circuits and systems, and hope to display some interesting research results. This research topic mainly discusses the latest progress in the research and application of nonlinear circuits and systems. Welcome to carry out interesting research in nonlinear active and passive devices, chaotic circuits and systems, memristive neurons and neural networks, neural circuits, control and synchronization of nonlinear systems and networks, applications of nonlinear circuits and systems, and other contents corresponding to the topics of this series.
The topics include, but are not limited to, the following:
• Nonlinear active and passive devices;
• Chaotic circuits and systems;
• Memristor and neural circuits;
• Memristive neurons and neural networks;
• Control and synchronization of nonlinear systems and networks;
• Applications of nonlinear circuits and systems.
If there are nonlinear elements in a circuit or system, and the input and output do not have superposition and uniformity, such a circuit or system is called a nonlinear circuit or nonlinear system. Nonlinear circuits and systems have wide application prospects in engineering fields such as the Internet of things, medical care, intelligent systems, and so on. The research based on nonlinear circuits and systems has received extensive attention, and many valuable results have been obtained. With the development of science and technology, the research field of nonlinear circuits and systems is also expanding, including chaotic systems and circuits, nonlinear device models, memristors, neural networks, neural circuits, and application research in related fields.
There are some bottlenecks in the application research of nonlinear circuits and systems, but the enthusiasm for research has not diminished. Therefore, we organize this research topic to discuss new situations and challenges in the research and application of nonlinear circuits and systems, and hope to display some interesting research results. This research topic mainly discusses the latest progress in the research and application of nonlinear circuits and systems. Welcome to carry out interesting research in nonlinear active and passive devices, chaotic circuits and systems, memristive neurons and neural networks, neural circuits, control and synchronization of nonlinear systems and networks, applications of nonlinear circuits and systems, and other contents corresponding to the topics of this series.
The topics include, but are not limited to, the following:
• Nonlinear active and passive devices;
• Chaotic circuits and systems;
• Memristor and neural circuits;
• Memristive neurons and neural networks;
• Control and synchronization of nonlinear systems and networks;
• Applications of nonlinear circuits and systems.
