Fusion of Recursively None-Stationary Transformed Signals Based on Exhibition of Complex Dynamics in Phase Remote Sensing Space

This paper is a preliminary study of None-Stationary Transformed signals viewed as Fusioned nonlinear dynamical remote sensing systems. A class of recursively defined None-Stationary Transformed signals is introduced, and one specific signal is considered. It will be shown that such None-Stationary Transformed signals can exhibit complex dynamics in phase space. This means that they experience sensitive dependence on initial conditions. Using the spread multi Spectral spectrum, we determine the stability of this signal. We will also investigate whether such signal is of practical use in remote sensing by examining its ambiguity functions