Abstract
The offered book is devoted to theoretical and applied problems of nonlinear dynamics of radio physical systems. The main goal of this book is theoretical and experimental investigations of key principles and laws of ra- dio physical system’s functioning with continuous and discrete time, in which both regular and chaotic oscillation types may occur.
Highlights
The offered book is devoted to theoretical and applied problems of nonlinear dynamics of radio physical systems
Modern radio physics and radio engineering, as it follows from scientific publications, feels the increased necessity in the sources of wide-band noise-like oscillations. This necessity is caused by possibility to create on this basis the systems of electronic counter measures and radio masking, the noise-like radar technology and confidential communications, ultra-fast radio communications, cryptographic structures, devices for non-traditional interaction on biologic objects, various devices of special applications. All this is evidence of the fact that investigations directed to examination of dynamic instabilities and the determined chaos are quite relevant
The first chapter is devoted to the mathematical model of non-autonomous oscillating system contained the nonlinear capacitor and having the four-dimension phase space
Summary
The offered book is devoted to theoretical and applied problems of nonlinear dynamics of radio physical systems. The main goal of this book is theoretical and experimental investigations of key principles and laws of radio physical system’s functioning with continuous and discrete time, in which both regular and chaotic oscillation types may occur. The first chapter is devoted to the mathematical model of non-autonomous oscillating system contained the nonlinear capacitor and having the four-dimension phase space.
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