Home » Archive » Vol. 17, 2004 » Issue 02-03 »

Vol. 17, issue 02-03, article # 8

pdf Lyachin A. V., Poizner B. N. Simulation of laser beam transformation in a ring interferometer: fractal geometry of a chaotic attractor as applied to information processing . // Atmospheric and oceanic optics. 2004. V. 17. No. 02-03. P. 126-130.
Copy the reference to clipboard

Abstract:

We present a study of the spatially determined chaos in the model of processes occurring in a nonlinear ring interferometer operated in the static mode. Discrete mapping is used as applied to the cases of single- and double-frequency optical radiation. The fractal dimension D₀ serves a quantitative characteristic of the spatially determined chaos. The families of fractal dimension maps of an attractor in the models are constructed based on discrete mapping under various conditions.