Recent Advances in Oscillation Theory
1Department of Mathematics, Ben-Gurion University of the Negev, Beer-Sheva 84105, Israel
2Department of Mathematics and Statistics, University of Calgary, 2500 University Drive NW, Calgary AB, Canada T2N 1N4
Recent Advances in Oscillation Theory
Description
The theory of oscillations is an important branch of the applied theory of differential equations related to the study of oscillatory phenomena in technology, as well as natural and social sciences. Fundamental problems of the classical theory of oscillations consist in proving the existence or nonexistence of oscillatory (periodic, almost-periodic, etc.) solutions of a given equation or system, and, in simpler cases, funding such solutions. Furthermore, the behavior of other solutions in relation to a given oscillatory (nonoscillatory) solution is often investigated.
Every year hundreds of papers on theoretical aspects of oscillations of solutions to various classes of equations, including ordinary and functional differential equations as well as difference, dynamic, and partial differential equations, are published. However, this important branch of research is not purely theoretical and has very important applications. For instance, recent studies suggest that many animal and plant populations oscillate in synchrony because of the interactions such as predation and competition. Coupled oscillating biological populations can give rise to potentially important effects such as βsynchronized chaos.β Therefore, through the study of oscillations, one gets deeper insights into the behavior of complex biological and social systems.
- Oscillation in ordinary differential equations
- Oscillation in functional differential equations
- Oscillation in difference equations
- Oscillation in dynamic equations
- Oscillation in equations on time scales
- Oscillation in systems of differential and functional-differential equations
- Oscillation in impulsive differential equations
- Oscillation in matrix equations
- Oscillation in partial differential equations
- Control and stabilization of oscillations
- Synchronization of oscillations
- Oscillations in biological, mechanical systems
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