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Ontology-based Collaborative Assembly in the Low-Volume High-Variability Manufacturing
Conference proceeding   Open access

Ontology-based Collaborative Assembly in the Low-Volume High-Variability Manufacturing

Nikolai Kazantsev, Iain Duncan Stalker, Nikolay Mehandjiev and Pedro Sampaio
IFAC-PapersOnLine, Vol.55(10), pp.2707-2712
10th IFAC Conference on Manufacturing Modelling, Management and Control MIM 2022 (Nantes, France, 22/06/2022–24/06/2022)
26/10/2022

Abstract

Collaboration Design Industry 4.0 Ontology-driven Engineering
Forming collaborative assembly along supply chains is a challenge in the presence of resource limitations. This paper presents an Ontology-driven Assembly Design Method (OADM) to facilitate the design of demand-driven SME collaborations envisioned in digital transformation initiatives such as Industry 4.0. The Relevance cycle addresses the key requirement to reducing coordination costs of such SME collaborations. The Design cycle develops the ontology, which includes: (i) goals, supplier processes, and resources as hierarchies of classes; (ii) properties to interconnect these classes; and (iii) SWRL rules to derive a possible combination of process steps to reach the goal of collaborative assembly. The feedback from SME Cluster managers indicates that OADM is a promising approach to overcoming barriers to planning demand-driven SME collaborations. The Rigor cycle explains its contribution to collaborative industrial engineering.
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