A method for the optimization of the design and/or operation of a computer system is disclosed. According to the invention the method constructs an initial set of solutions as input to an iterative optimization procedure by evaluating a preliminary set of solutions according to at least one selection criterion. From this evaluation, a first subset, which contains solutions which satisfy the at least one selection criterion to a degree better than a predefined first threshold, results. The method then identifies common features of the solutions in the first subset. From these common features deployment rules are derived, which constrain the solutions selected for the initial set, and which optionally also constrain the modifications of solutions during the iterative procedure. The deployment rules may be updated during the iterative procedure.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A method for finding an optimized solution for the design and/or operation of a computer system by an iterative procedure, comprising: providing a model of the computer system by which the design and/or operation of the computer system is described in terms of parameters, a solution for the design and/or operation of the computer system corresponding to a selection of values for the parameters; providing an initial set of solutions obtained by: selecting solutions for a preliminary set of solutions, and evaluating the solutions in the selected preliminary set of solutions according to at least one selection criterion; analyzing the solutions in a first subset of solutions of the preliminary set of solutions in order to identify at least one common feature of the solutions in the first subset of solutions, wherein the first subset of a set of solutions considered is defined as comprising those solutions of the set of solutions which satisfy at least one criterion to a degree better than a corresponding predefined first threshold, and wherein the at least one criterion is a predefined number of the at least one selection criterion, and wherein a common feature of the first subset of solutions is defined as a value of a parameter in the model such that at least a predefined percentage of the solutions in the first subset of solutions exhibit the value of the parameter or a sufficiently similar value, with a first value and a second value being considered sufficiently similar if the first and second values are within a predefined percentage of the value of the parameter from each other or within a predefined absolute maximum distance from each other; deriving a set of deployment rules which specify which solutions out of all possible solutions will be considered in the method, from the at least one common feature, by specifying that a solution will be considered if it exhibits a predefined fraction of features identified as common features of the first subset of solutions analyzed in the analyzing step; and, choosing the initial set of solutions according to the deployment rules: modifying the initial set of solutions; evaluating the initial set of solutions according to at least one optimization criterion; and, repeating the steps of modifying and evaluating until the at least one optimization criterion is met by at least one solution in the initial set of solutions, wherein the at least one solution is then considered an optimized solution for the design and/or operation of the computer system. 2. The method of claim 1, wherein the deployment rules are also applied when modifying the initial set of solutions during the iterative procedure. 3. The method of claim 1, wherein a second subset of the preliminary set of solutions is analyzed in an analysis in order to identify at least one common feature of the solutions of the second subset, wherein the second subset of a set of solutions considered is defined as comprising those solutions of the set of solutions considered which satisfy at least one criterion to a degree worse than a corresponding predefined second threshold, and the deployment rules are augmented based on a result of the analysis, wherein for a case of the second subset of the preliminary set of solutions this at least one criterion is a predefined number of the at least one selection criterion. 4. The method of claim 2, wherein the deployment rules are updated based on an analysis of solutions corresponding to intermediate results of the iterative procedure. 5. The method of claim 4, wherein the analysis includes analyzing a first subset and/or a second subset of the solutions corresponding to intermediate results of the iterative procedure, a criterion for a definition of the first subset and second subset, respectively, being the at least one optimization criterion. 6. The method of claim 1, wherein the deployment rules include a restriction of solutions to be considered further in the method to solutions which exhibit at least a predefined number of features from amongst the at least one common feature of the solutions in a respective first subset of solutions. 7. The method of claim 3, wherein the deployment rules include an exclusion from further consideration in the method of solutions which exhibit at least a predefined number of features from amongst the at least one common feature of the solutions in a respective second subset of solutions. 8. The method of claim 1, wherein evaluating a solution comprises: determining a value of at least one metric for the solution, which is a quantity expressing information on a performance of the computer system. 9. The method of claim 8, wherein the at least one optimization criterion includes a terminal threshold for a fitness function, which is a function calculated from the at least one metric. 10. The method of claim 8, wherein the at least one optimization criterion includes a plurality of objectives for multi-objective optimization. 11. The method of claim 8, wherein the at least one metric is obtained from a simulation of the computer system. 12. The method of claim 8, wherein at least one metric of the at least one metric is obtained from a measurement performed on the computer system. 13. The method of claim 1, wherein the at least one optimization criterion includes the at least one selection criterion. 14. The method of claim 9, wherein the at least one optimization criterion and the at least one selection criterion utilize the same fitness function, and wherein the terminal threshold for the optimization criterion corresponds to a solution which is better in the sense of the optimization criterion than the predefined first threshold for the selection criterion. 15. The method of claim 5, wherein the deployment rules include a restriction of solutions to be considered further in the method to solutions which exhibit at least a predefined number of features from amongst the at least one common feature of the solutions in a respective first subset of solutions. 16. The method of claim 5, wherein the deployment rules include an exclusion from further consideration in the method of solutions which exhibit at least a predefined number of features from amongst the at least one common feature of the solutions in a respective second subset of solutions.