Computer-implemented method for dynamically controlling the process of a corrugated board production plant for producing corrugated board of an end product configuration from a plurality of starting products, in particular paper (3, 4, 5) and adhesive, comprising a) providing a plurality of first parameter values which characterize the end product configuration; b) measuring a plurality of second parameter values which characterize a starting product configuration of the starting products (3, 4, 5), c) measuring a plurality of production plant parameter values which characterize the production plant state of the corrugated board production plant, d) determining a process parameter data set based on a mathematical model, wherein the process parameter data set contains process parameter values and wherein the first and second parameter values (203, 205) and the production plant parameter values are used as input data for the mathematical model, and the mathematical model describes imaging the input data onto a plurality of process restrictions for variable process parameters of the corrugated board production plant; characterized by e) simulating one or more quality images which characterize the end product based on a mathematical manufacturing algorithm which describes the manufacturing process of the corrugated board production plant, wherein the process parameter values of the process parameter data set which are located within the process restrictions are used as input data for the manufacturing algorithm, wherein quality images are data relating to the characterization of the quality of the end product; f) comparing the simulated quality image with a stored digital target image, wherein the digital target image describes the desired end product configuration; g) repeating the simulation while varying the process parameter values within the process restrictions if the comparison according to step f) reveals that the simulated quality image differs from the target image by more than a predetermined threshold quality; and h) determining the process parameter values used in the simulation if the comparison according to step f) reveals that the simulated quality image deviates from the target image by less than the predetermined threshold quality, and providing the determined process parameter values as a process parameter data set for operating the corrugated board production plant in the manufacturing of the corrugated board. a) providing a plurality of first parameter values which characterize the end product configuration; b) measuring a plurality of second parameter values which characterize a starting product configuration of the starting products (3, 4, 5), c) measuring a plurality of production plant parameter values which characterize the production plant state of the corrugated board production plant, d) determining a process parameter data set based on a mathematical model, wherein the process parameter data set contains process parameter values and wherein the first and second parameter values (203, 205) and the production plant parameter values are used as input data for the mathematical model, and the mathematical model describes imaging the input data onto a plurality of process restrictions for variable process parameters of the corrugated board production plant; characterized by e) simulating one or more quality images which characterize the end product based on a mathematical manufacturing algorithm which describes the manufacturing process of the corrugated board production plant, wherein the process parameter values of the process parameter data set which are located within the process restrictions are used as input data for the manufacturing algorithm, wherein quality images are data relating to the characterization of the quality of the end product; f) comparing the simulated quality image with a stored digital target image, wherein the digital target image describes the desired end product configuration; g) repeating the simulation while varying the process parameter values within the process restrictions if the comparison according to step f) reveals that the simulated quality image differs from the target image by more than a predetermined threshold quality; and h) determining the process parameter values used in the simulation if the comparison according to step f) reveals that the simulated quality image deviates from the target image by less than the predetermined threshold quality, and providing the determined process parameter values as a process parameter data set for operating the corrugated board production plant in the manufacturing of the corrugated board.