Ontology-based assembly design and information sharing for collaborative product development

Kim, Kyoung-Yun; Manley, David G.; Yang, Hyung-Jeong

doi:10.1016/j.cad.2006.08.004

Cited by 245 publications

(99 citation statements)

References 25 publications

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“…For instance, Szykman et al [7] proposed a product model to make design information accessible to users in a Web-based system. Similarly, Kim et al [8] developed an ontology-based assembly design method that aims to make heterogeneous modelling terms semantically processed both by design collaborators and intelligent systems. Moreover, Chu et al [9] implemented a 3D design environment where information with different levels of detail is transferred to different design engineers.…”

Section: Literature Reviewmentioning

confidence: 99%

A Novel Hybrid Engineering Methodology to Enhance Collaboration During the Design and Development of Meta Product Services

Iram

Fernando

Bassanino

2016

Collaboration in a Hyperconnected World

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Abstract. Since the Product-Service System (PSS) is accompanied by a paradigm shift towards the sustainability of the production process, it demands an advanced level of collaboration throughout the design and development process. This poses new challenges to enhance collaboration among cross-sectional, multi-disciplinary design teams in order to incorporate a variety of interdisciplinary services in a complex service-oriented system. Therefore, a new collaboration methodology is needed to reduce barriers to collaboration in a cross-organizational structure domain. This research work aims at highlighting the collaboration challenges that Meta-Product design teams face and also proposes a novel methodology to enhance collaboration among multi-disciplinary teams. The proposed methodology is a hybrid engineering model designed by integrating an Information Delivery Manual approach with a traditional software development process along with three interlinked collaboration services.

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Section: Literature Reviewmentioning

confidence: 99%

A Novel Hybrid Engineering Methodology to Enhance Collaboration During the Design and Development of Meta Product Services

Iram

Fernando

Bassanino

2016

Collaboration in a Hyperconnected World

View full text Add to dashboard Cite

show abstract

“…For example, Mun [6] pointed out that the design process can be decomposed into functional design, conceptual design and detail design, while a top-down product design system should support multiple abstract models for all the three design phases mentioned above. Kim [7] described an assembly association model and developed an ontology based on the model which captured the semantics of assembly or joining concepts and associations. Aleixos [8] analyzed the top-down product design modules by the commercial CAD systems and proposed a hierarchical control framework based on the CAD systems.…”

Section: Top-down Designmentioning

confidence: 99%

Rapid Design Method and System Development for Aircraft Wing Structure

Tang¹,

Jing²,

Mingqiang³

2016

International Journal of Aeronautical and Space Sciences

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This work is mainly done by too many manual operations in the aircraft structure design process resulting in heavy workload, low efficiency and quality, non-standardized processes and procedures. A top-down associated design method employing the template parametric technology is proposed here in order to improve the quality of design and efficiency of aircraft wing structure at the preliminary design stage. The appropriate parametric tool is chosen and the rapid design system of knowledgedriven aircraft wing structure is developed. First, a skeleton model of aircraft wing structure is rapidly built up through the template encapsulated design knowledge. Associated design is then introduced to realize the association between the typical structural part and skeleton model. Finally, the related elements are referenced from skeleton model, and a typical structural part reflecting an automatic response for design changes of the upstream skeleton model is quickly constructed within the template. The rapid design system proposed and developed in this paper is able to formalize the design standardization of aircraft wing structure and thus the rapid generation of different aircraft wing structure programs and achieve the structural design knowledge reuse as well.

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“…Lastra and Delamer (2008) provided an overview of this expanding field. Kim et al (2006) described an early attempt focusing on collaboration issues in the design process. Naumann et al (2010) is a recent report of activities complementing our work.…”

Section: Previous Workmentioning

confidence: 99%

Knowledge and Skill Representations for Robotized Production

Björkelund

Malec

Nilsson

et al. 2011

IFAC Proceedings Volumes

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Abstract:Model-based systems in control are a means to utilize efficiently human knowledge and achieve high performance. While models consisting of formalized knowledge are used during the engineering step, running systems usually do not contain a high-level, symbolic representation of the control and most of its properties, typically named numerical parameters. On a system level and beyond the plant data, there is also a need to represent the meaning of the data such that deployment and fault analysis could be augmented with partly automated inference based on the semantics of the data. To that end, we extended the formalized knowledge traditionally used in control to include the control purpose, engineering assumption, quality, involved state machines, and so on. We then represented the control semantics in a format that allows an easier extraction of information using querying and reasoning. It aims at making knowledge in control engineering reusable so that it can be shipped together with the control systems. We implemented prototypes that include automatic conversion of plant data from AutomationML into RDF triples, as well as the automated extraction of control properties, the conversion of parameters, and their storage in the same triple store. Although these techniques are standard within the semantic web community, we believe that our robotic prototypes for semantic control represent a novel approach.

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Ontology-based assembly design and information sharing for collaborative product development

Cited by 245 publications

References 25 publications

A Novel Hybrid Engineering Methodology to Enhance Collaboration During the Design and Development of Meta Product Services

A Novel Hybrid Engineering Methodology to Enhance Collaboration During the Design and Development of Meta Product Services

Rapid Design Method and System Development for Aircraft Wing Structure

Knowledge and Skill Representations for Robotized Production

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