ZustandraumDarstellung
ZustandraumDarstellung, a German term translating to "state-space representation," is a mathematical framework used extensively in control theory, systems engineering, and various scientific disciplines. It describes the behavior of a dynamic system by a set of first-order differential or difference equations. These equations relate the system's internal state variables to its inputs and outputs. The state variables encapsulate all the necessary information about the system's past and present behavior that is needed to predict its future evolution.
The core of ZustandraumDarstellung lies in defining a state vector, which is a collection of these state
Key advantages of using ZustandraumDarstellung include its ability to handle time-varying systems, its suitability for computer