Photo from archive.org
A system of two nonlinear differential equations proposed for explaining the physical nature of the 1/f spectra reveals the chaotization of trajectories under periodic external action in one of the… Click to show full abstract
A system of two nonlinear differential equations proposed for explaining the physical nature of the 1/f spectra reveals the chaotization of trajectories under periodic external action in one of the system equations. This external noise leads to a stochastic resonance and low-frequency 1/f behavior of the power spectra. The stochastic resonance and 1/f behavior correspond to the maximum of information entropy, which is evidence of stability of the random process.
Keywords:
chaos nonlinear;
system;
dynamical chaos;
nonlinear system;
system spectrum
Journal Title: Technical Physics Letters
Year Published: 2019
Link to full text (if available)
Share on Social Media: Sign Up to like & get
recommendations!
Journal Title: Technical Physics Letters
Year Published: 2019
Link to full text (if available)
Share on Social Media: Sign Up to like & get
recommendations!