The project is aimed into to area of theoretical research of the complex phenomenons, which can occur in the relatively simple electronic circuits based on the comercially available devices.One part of the project will be focused on the methodology of dynamical systems internal parameters specification leading to the evolution of some desired solution. The universal library of procedures and functions will be designed using the selected software for this purpose. This library will cover the improved methods for establishing state space attractors quantifiers as well as stochastic optimization principles. The final algorithm will be tested on standard oscillators configurations (two-point, three-point or RC feedback) and mathematical models from other distinct scientific and technical fields.The mathematical proof of chaos will be given in some simple cases (in the algebraical sense) of the dynamical systems using Šilnikov´s criterions.New structures of the analog chaotic oscillators employing modern functional blocks like CCII, CFA or OTA will be suggested with the emphasis to high frequency operation. The individual configurations of oscillators will be experimentally verified by means of the detailed laboratory measurement. (en)
1. Zpracování metod pro nalezení podprostoru interních parametrů obecného dynamického systému vedoucích k hledanému typu řešení. 2. Studium zvláštních jevů vznikajících v klasických strukturách harmonických oscilátorů, vymezení podmínek jejich vzniku. 3. Návrh nových typů chaotických oscilátorů.