Symmetry in Chaotic Systems and Circuits

• Format: eBook
• Language: English
• Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2022
• Subjects: active control; amplitude control; arduino microcontrollers; asymmetry; bifurcation; boolean networks; chaos; chaos theory; chaos-based cryptography; chaotic attractor; chaotic flow; chaotic map; chaotic oscillator; chaotic system; charge transfer; Chua’s diode; closed curve equilibrium; condensed matter; cryptography; direct and reverse processes; dozy chaos; dozy-chaos mechanics; Egorov resonance; electrical circuit analysis; entropy; fpga; fractional-order; glucose-insulin system; hidden attractor; hyperbolic sinusoidal function; hyperchaotic behavior; image encryption; integrated circuit; iterative methods; jerk circuit; logistic map; lyapunov exponents; Mathematics and Science; molecular quantum transitions; n/a; nonlinear equations; offset boosting; optical band shapes; optical channel; Physics; poincare map; postprocessing; prediction; quantum mechanics; random bit generation; Reference, Information and Interdisciplinary subjects; Research and information: general; rotation–translation formula; simultaneous confusion and diffusion; singularity; substitution box; symmetric encryption; symmetry; synchronization; system of differential equations; time-delay; voice encryption
• ISBN: 3036553878; 9783036553887; 9783036553870; 3036553886
• DOI: 10.3390/books978-3-0365-5388-7

Symmetry can play an important role in the field of nonlinear systems and especially in the design of nonlinear circuits that produce chaos. Therefore, this Special Issue, titled “Symmetry in Chaotic Systems and Circuits”, presents the latest scientific advances in nonlinear chaotic systems and circuits that introduce various kinds of symmetries. Applications of chaotic systems and circuits with symmetries, or with a deliberate lack of symmetry, are also presented in this Special Issue. The volume contains 14 published papers from authors around the world. This reflects the high impact of this Special Issue.