Abstract: A method and a device for determining a reaction signal for a selected location in an information processing system (2) in response to at least one input signal (XIn) over an application period T. The effect of an input signal (XIn) on the information processing system is determined by: a) applying input signal(s) (X) to the information processing system (2), b) detecting output signal(s) (Yout) associated with a selected location in the information processing system in response to the input signal(s) (XIn), c) forming a value set (XIn, YOut, Zt) for an output signal (YOut) at the selected location in response to an input signal (XIn) for a given time (Zt), and d) determining the reaction signal (YOutMax) for the selected location.

Abstract: A method and a device for determining a reaction signal for a selected location in an information processing system (2) following the effect of at least one input signal (XIn) on the information processing system (2) over an application period T, wherein at least the following method steps are performed: a) application of the input signal (XIn) or of the input signals to the information processing system (2), b) detection of at least one output signal (YOut) associated with a selected location in the information processing system, wherein the output signal is brought about as a reaction to the effect of the input signal (XIn) or of the input signals, c) formation of a value set, preferably formation of a triple value set (XIn, YOut, Zt), from the input and output signals for the selected location, wherein each given time (Zt) of application in the application period T is respectively assigned an output signal (YOut) for the selected location and an input signal (XIn), and d) determination of the reaction sig