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A model-driven engineering design process for the development of control software for Intralogistics Systems.

, , and . Autom., 70 (2): 164-180 (2022)

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Quality despite quantity - Teaching large heterogenous classes in C programming and fundamentals in computer science., , , and . EDUCON, page 367-372. IEEE, (2014)Supporting evolution of automated material flow systems as part of CPPS by using coupled meta models., , , , , and . ICPS, page 316-323. IEEE, (2018)Modularized control algorithm for automated material handling systems., , , , and . ITSC, page 2644-2650. IEEE, (2016)Model based design of knowledge bases in multi agent systems for enabling automatic reconfiguration capabilities of material flow modules., , , and . CASE, page 133-140. IEEE, (2016)Increasing adaptability of automation control software for automated material flow systems via software modularization., , and . IECON, page 3951-3956. IEEE, (2017)A model-driven engineering design process for the development of control software for Intralogistics Systems., , and . Autom., 70 (2): 164-180 (2022)Consistent engineering information model for mechatronic components in production automation engineering., , and . IECON, page 2532-2537. IEEE, (2014)A feasibility study regarding the implementation and application of a two-layer architecture for automated material flow systems., , , , and . IECON, page 2821-2827. IEEE, (2017)Coupling simulation and model checking to examine selected mechanical constraints of automated production systems., , , , and . INDIN, page 37-42. IEEE, (2015)Towards finding the appropriate level of abstraction to model and verify automated production systems in discrete event simulation., , and . CASE, page 1048-1053. IEEE, (2015)