Computer-implemented method and device for predicting a state of a technical system

A computer-implemented method for predicting a state of a technical system, the method comprising the following steps:

• detecting a state of the technical system, and providing a time series which includes values which characterize a course of the detected state of the technical system;
• determining, using a first filter, first filtered values for predicting a short-term behavior of the technical system, as a function of the values of the time series;
• determining, using a second filter, second filtered values for predicting a long-term behavior of the technical system, as a function of the values of the time series;
• determining a first value for the prediction as a function of the filtered first values;
• determining a second value for the prediction as a function of the filtered second values;
• and
• determining a value of the prediction as a function of the first value for the prediction and the second value for the prediction.

A device configured to predict a state of a technical system, comprising:

• at least one processor;
• and
• at least one memory;
• wherein the at least one processor is configured to execute machine-readable instructions for predicting a state of a technical system, the instructions, when executed by a processor, causes the processor to perform the following steps:
• detecting a state of the technical system, and providing a time series which includes values which characterize a course of the detected state of the technical system,
• determining, using a first filter, first filtered values for predicting a short-term behavior of the technical system, as a function of the values of the time series,
• determining, using a second filter, second filtered values for predicting a long-term behavior of the technical system, as a function of the values of the time series,
• determining a first value for the prediction as a function of the filtered first values,
• determining a second value for the prediction as a function of the filtered second values, and
• determining a value of the prediction as a function of the first value for the prediction and the second value for the prediction.

A non-transitory computer-readable medium on which is stored a program comprising computer-readable instructions for predicting a state of a technical system, the instruction, when executed by a computer, causing the computer to perform the following steps:

• detecting a state of the technical system, and providing a time series which includes values which characterize a course of the detected state of the technical system;
• determining, using a first filter, first filtered values for predicting a short-term behavior of the technical system, as a function of the values of the time series;
• determining, using a second filter, second filtered values for predicting a long-term behavior of the technical system, as a function of the values of the time series;
• determining a first value for the prediction as a function of the filtered first values;
• determining a second value for the prediction as a function of the filtered second values;
• and
• determining a value of the prediction as a function of the first value for the prediction and the second value for the prediction.