Abstract: In order to improve the development, design and/or deployment of the complex embedded or the cyber-physical systems and in particular the complex software architectures being included and/or used therein of the different technical domains it is proposed a sophisticated expertise or tool-significant Measure Recommendation System. This Measure Recommendation System, particularly formed by the Computer-Program-Product, is tailored to determine and provide appropriate measures to effectively improve the decision-making process during the design, development and/or deployment of the systems of the different technical domains by automatically providing Measure Determining Vectors.

Abstract: In order to improve the development, design and/or deployment of the complex embedded or the cyber-physical systems and in particular the complex software architectures being included and/or used therein of the different technical domains it is proposed a sophisticated expertise or tool-significant Measure Recommendation System. This Measure Recommendation System, particularly formed by the Computer-Program-Product, is tailored to determine and provide appropriate measures to effectively improve the decision-making process during the design, development and/or deployment of the systems of the different technical domains by automatically providing Measure Determining Vectors.

Abstract: The embodiments relate to a method for the dynamic load management of computational capacities in a cloud, the method including determining a currently-available computational capacity of the cloud, a currently-required computational load of the cloud, and an expected computational load of the cloud. The method further includes calculating a load threshold value for a connectible computational capacity for the cloud as a function of the available computational capacity, the currently-required computational load, and the expected computational load. The method further includes calculating a load parameter corresponding to an achieved data-processing performance of the cloud. The method further includes requesting the connectible computational capacity for the cloud on the basis of the calculated load threshold value and the load parameter of the cloud, in order to dynamically manage the load of the computational capacities in the cloud.

Abstract: A method for providing resources in a cloud includes interrogating current location-based data relating to potential users of the cloud, and calculating a future resource requirement in local computing centers of the cloud based at least on the current location-based data relating to the potential users. The method also includes automatically providing resources in the local computing centers of the cloud according to the calculated future resource requirement of the local computing centers.

Abstract: A method for providing resources in a cloud may include retrieving current statistical data in respect of the cloud, identifying stored statistical data in respect of the cloud which has a predefined degree of correspondence with the current statistical data, wherein the stored statistical data additionally includes historical resource requirement codes corresponding to the respective stored statistical data, calculating a future resource requirement of the cloud based at least on the historical resource requirement codes of the identified stored statistical data, and automatically providing resources in the cloud according to the calculated future resource requirement of the cloud via an application interface of the cloud.

Abstract: Within a migration process of a computer system, a replacement component (1) of a computer system is replaced with a substitute component (2), wherein the substitute component (2) forms an alternative component to the component (1) requiring to be replaced and being of the same kind as the component (1) requiring to be replaced. The method according has the steps:—Determining of the replacement component (1) and of the substitute component (2);—Implementing (S2) modifications to the substitute component (2) by aspect programming in a so called aspect (4a) wherein the implementing is based on determined differences in functionalities;—Translating (S3) the aspect (4a) and generating a library (5a) containing the translated aspect; and—Applying (S4) the aspect (4a) to the substitute component (2) available as the translated library. A flexible execution of the migration within a computer system can thereby be effected.