1. A method for a computer-aided regulation and/or a control of a technical system, comprising: creating a simulation model of the technical system using a first plurality of states of the technical system, each consecutive state occurring later than a previous state; applying a plurality of learning and/or optimization methods to the simulation model, the plurality of learning and/or optimization methods delivering a learned parameter and a sequence of states as a result in each case, the first plurality of states delivering a first plurality of actions, and wherein an action is assigned to a state leading to a new state in the sequence; selecting a learning and/or optimization method from the plurality of learning and/or optimization methods for the regulation of the technical system using the results of the plurality of learning and/or optimization methods in accordance with a predetermined criteria, the selection of the learning and/or optimization method is a function of an evaluation of each learning and/or optimization method, and the evaluation is output by the simulation model and/or is determined using the result of the respective learning and/or optimization method; and regulating the technical system with the selected learning and/or optimization method, wherein the regulation specifies a subsequent action to be performed on the technical system as a function of the state of the technical system.