Due to different trends in manufacturing, existing mechatronic systems, such as automated manufactur-ing machines, are obliged to evolve in order to cope with a quickly changing environment. The evolution of mechatronic systems is achieved by adaptation processes, where changes in the physical structure of a system and/or its automation software are performed. An important phase of an adaptation process is the modeling and analysis of existing interdependencies between system elements which serve as a basis for subsequent adaptation phases. However, current modeling approaches mostly focus on single sys-tem element types and do not regard the holistic system, i.e., products, processes and resources. Accord-ingly, in this contribution a concept for modeling interdependencies between products, processes and re-sources is proposed with the aim of providing a solid data base for the generation of adaption options. The application of the concept is demonstrated by an illustrative example of a pick-and-place unit.
%0 Conference Paper
%1 hoang2017modeling
%A Hoang, Xuan Luu
%A Marks, Philipp
%A Weyrich, Michael
%A Fay, Alexander
%B IFAC 2017 World Congress 09.-14.07.2017 Toulouse, France Download
%D 2017
%K 2017digitalerzwillingundmodelle 2017ias flexa ias
%T Modeling of interdependencies between products, processes and resources to support the evolution of mechatronic systems
%X Due to different trends in manufacturing, existing mechatronic systems, such as automated manufactur-ing machines, are obliged to evolve in order to cope with a quickly changing environment. The evolution of mechatronic systems is achieved by adaptation processes, where changes in the physical structure of a system and/or its automation software are performed. An important phase of an adaptation process is the modeling and analysis of existing interdependencies between system elements which serve as a basis for subsequent adaptation phases. However, current modeling approaches mostly focus on single sys-tem element types and do not regard the holistic system, i.e., products, processes and resources. Accord-ingly, in this contribution a concept for modeling interdependencies between products, processes and re-sources is proposed with the aim of providing a solid data base for the generation of adaption options. The application of the concept is demonstrated by an illustrative example of a pick-and-place unit.
@inproceedings{hoang2017modeling,
abstract = {Due to different trends in manufacturing, existing mechatronic systems, such as automated manufactur-ing machines, are obliged to evolve in order to cope with a quickly changing environment. The evolution of mechatronic systems is achieved by adaptation processes, where changes in the physical structure of a system and/or its automation software are performed. An important phase of an adaptation process is the modeling and analysis of existing interdependencies between system elements which serve as a basis for subsequent adaptation phases. However, current modeling approaches mostly focus on single sys-tem element types and do not regard the holistic system, i.e., products, processes and resources. Accord-ingly, in this contribution a concept for modeling interdependencies between products, processes and re-sources is proposed with the aim of providing a solid data base for the generation of adaption options. The application of the concept is demonstrated by an illustrative example of a pick-and-place unit.},
added-at = {2019-12-11T11:22:58.000+0100},
author = {Hoang, Xuan Luu and Marks, Philipp and Weyrich, Michael and Fay, Alexander},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/21af7ad8f3ebdd4e2889840336789b5ea/taylansngerli},
booktitle = {IFAC 2017 World Congress 09.-14.07.2017 Toulouse, France Download},
interhash = {f4dcb11f123d29bf6b2260074751f5c6},
intrahash = {1af7ad8f3ebdd4e2889840336789b5ea},
keywords = {2017digitalerzwillingundmodelle 2017ias flexa ias},
timestamp = {2020-04-29T08:28:08.000+0200},
title = {Modeling of interdependencies between products, processes and resources to support the evolution of mechatronic systems},
year = 2017
}
