New method for enhanced driving of entity generation in RFLP structured product model

Abstract

Recent challenge in industrial engineering is effective management and communication of product and related information in a consistent system which effectively supports response to changed requirements and propagation of changes throughout extensive engineering structure presentations. At the same time, multidisciplinary products demanded extension of the conventional physical level modeling in the direction of higher abstraction during the past decade. The Laboratory of Intelligent Engineering Systems at the Óbuda University joined to these efforts and developed methods which are promising at definition and representation of organized driving knowledge for generation of elements, components, and features in requirements, functional, logical, and physical (RFLP) structured generic model of arbitrary engineering structure. This paper introduces new methods, as well as structures and representations to establish driving chains which provide new capabilities for connection of company intelligent property entities with generation processes of elements, components, and features using the new driving content structures.