European journal of operational research

All papers forwarded for the special issue must use the online EVISE submission and editorial system for Advanced Engineering Informatics ( ГЁ Submit your paper). Prospective authors may wish to contact the guest editors with drafts for an early feedback on possible matching of the special issueвЂ™s topics and themes. Papers should comply with the regular criteria of Advanced Engineering Informatics in terms of the rigorous standard of originality, article writing structure, and references. Submissions may include research articles, in-depth review articles, empirical research, such as complex case studies and novel applications with generic solutions extendable to other domains. The guest editors invite authors to submit papers to this special issue. Selection of smart services for Industry 4.0 based on intelligent decision models.ДЄssessment of interoperation strategies for pervasive and smart collaborative systems.

Interoperability and interconnectivity of smart devices and Internet of Things for collaborative systems in design, manufacturing, and services.ДЄnalysing Engineering Knowledge in CAD-models and Spread Sheets using Graph Theory and Filtering.Д¬ollaborative Data Management System and supply/demand/value chain management. Ontology-based product affective properties identification approaches.

Utilizing Text Mining and Kansei Engineering to Support Data-driven Design Automation. Multi-criteria data analysis and model building using domain knowledge for collaborative product and service creation and evaluation. Mining the CustomerвЂ™s Voice and Patent Data for Strategic Product Quality Function Deployment. The scope of the issue covers, but is not limited to: This special issue is aimed at receiving the state-of-the-art research and applications, addressing the major challenges and issues of designing, analysing, validating and implementing applications and systems in transdisciplinary engineering. A transdisciplinary approach requires not only technical disciplines to interact, but also interaction with disciplines from social sciences, since information needs to be acquired from user communities and consumers, while also approaches are needed to validate results in these communities and implement them in practice. A transdisciplinary approach raises the need for concurrent handling of architectural and operational aspects, relations, and parameters in a socio-technical system. It describes a critical and self-reflective scientific methodology that crosses many boundaries of singular scientific disciplines to compose a holistic approach.

To deal with such challenges, new approaches such as a transdisciplinary approach are necessary. Furthermore, the involvement of multiple, very different, domains with enhanced ranges of variety require multiple methods to be used. The complexity of problems and challenges scientists are facing in engineering areas has highly increased, while the necessary knowledge and understanding required to tackle these problems has been evolving rapidly. From the perspectives of computer supported cooperative work (CSCW), concurrent engineering (CE), and product lifecycle management (PLM), to collaborative product creation, manufacturing, and service delivery, transdisciplinary design, analysis, and implementation of advanced systems have drawn strong attention in both theoretical and practical studies in recent years.

European journal of operational research