Abstract: Interface component of a distributed component of a network, wherein the network comprises several distributed components with one interface component each, wherein the interface component comprises: a processor configured to determine a state of a decentralized process model associated with the respective distributed component; a communication interface configured to exchange external data for the process model associated with another distributed component of the several distributed components; an internal interface configured to receive component parameters for the process model associated with the distributed component; wherein the state is determined on the basis of the component parameters and/or the incoming external data.

Abstract: An interface component is provided. The interface component includes a parameter determination unit configured to determine one or several configuration parameters of an associated unit of a distributed system in dependence on first feedback data of a successor interface component, and wherein the parameter determination unit is configured to change a configuration of the associated unit by means of the one or several configuration parameters. Further, the interface component includes a feedback determination unit configured to determine second feedback data and transmit or transfer the same to a predecessor interface component.

Abstract: A calculating unit for calculating a recording trajectory of a CT system has a receive interface, an optimizer and a control unit. The receive interface serves for receiving measurement and simulation data relative to the object to be recorded. The optimizer is configured to determine the recording trajectory based on known degrees of freedom of the CT system, based on the measurement and simulation data and based on a test task from a group having a plurality of test tasks. The control unit is configured to output data in correspondence with the recording trajectory for controlling the CT system.

Abstract: A calculating unit for calculating a recording trajectory of a CT system has a receive interface, an optimizer and a control unit. The receive interface serves for receiving measurement and simulation data relative to the object to be recorded. The optimizer is configured to determine the recording trajectory based on known degrees of freedom of the CT system, based on the measurement and simulation data and based on a test task from a group having a plurality of test tasks. The control unit is configured to output data in correspondence with the recording trajectory for controlling the CT system.