Abstract: A system including a communication bus for data transmission includes: a first interface unit configured to receive a first event message from a first entity coupled to the first interface unit; a second interface unit for coupling a second entity; a backlog storage unit configured to store the first event message and to determine whether the second entity is a subscriber of the first event message; and a first bridge unit configured to translate, if the second entity is a subscriber of the first event message, the first event message by using a first semantic translation into a translated first event message, wherein the second interface unit is configured to receive the translated first event message and to transmit the translated first event message to the second entity.

Abstract: The present invention refers to a method and system for automatizing optimization of reuse of artifacts in industrial engineering, wherein the reuse of artifacts is optimized by assessing of artifacts based on classifying of artifacts by assessing of a top-down artifact and assessing of a bottom-up artifact. Assessing of a bottom-up artifact includes classifying of the bottom-up artifact based on a classification scheme for bottom-up artifacts using two dimensions for classification.

Abstract: The present invention refers to a method automatizing optimization of reuse of artifacts in industrial engineering, wherein the reuse of artifacts is optimized by assessing of artifacts based on classifying of artifacts. Further, the present invention relates to computing entities and system supporting the optimization of reuse of artifacts in industrial engineering. The present invention enables targeted dealing with deficits of reuse by which identification of artifacts being particularly suitable for reuse becomes possible.