Abstract: In processing devices, in particular in measuring, test or control units for the drivetrain or components thereof, it is often necessary to combine signals or data of different synchronization sources with one another or to process them whilst maintaining the original temporal relation. In order to achieve this, the signals or data have hitherto often been synchronized to a specific clock source, but this is frequently not possible. Therefore, a method and a device are specified which enable the processing of data or signals with different synchronization sources in a processing device by virtue of the fact that a dedicated time level is introduced for each synchronization source in the processing device, the temporal reference of the associated data and signals being retained in the time levels. The signals and data are processed in the time levels with the temporal original reference being maintained.

Abstract: A process for creating an executable configuration that can be run on a target system by selecting from a library a number of abstracted software components that are independent of the target system that implement individual functions of the target system and that are provided with a specified command interface and a specified interface to data channels, the selected software components that are independent of the target system are interconnected via their data channels for the realization of the automatization task to a model which is automatically transformed by a model transformation into a net list of nodes, attributes and edges, whereby the software components form the nodes, the initial parameters, the attributes and the data channels the edges of the net list, the software components that are independent of the target system are transformed into software components dependent on the target system, the software components that are dependent on the target system are instantiated at the target system and p

Abstract: The automatization unit used in current test stands is a central system in which various interfaces are connected with the individual test stand components. As a result, an inflexible system is created with limited scalability, as numerous changes are required in the automatization unit, for example, a new interface, processing of data from/to the component, integration into the existing system, etc. in order to integrate new components (SW and HW). This makes a change or an enhancement of the automatization unit, the implementation of specific customer requests or the integration of an external functionality very expensive.

Abstract: In processing devices, in particular in measuring, test or control units for the drivetrain or components thereof, it is often necessary to combine signals or data of different synchronization sources with one another or to process them whilst maintaining the original temporal relation. In order to achieve this, the signals or data have hitherto often been synchronized to a specific clock source, but this is frequently not possible. Therefore, a method and a device are specified which enable the processing of data or signals with different synchronization sources in a processing device 1 by virtue of the fact that a dedicated time level TL1, TLn is introduced for each synchronization source in the processing device 1, the temporal reference of the associated data and signals being retained in said time levels. The signals and data are processed in said time levels with the temporal original reference being maintained.