Service-oriented system engineering

Service-Oriented System Engineering (SOSE) is one of the emerging research areas that involves a number of research challenges in engineering service-oriented systems, the architecture and computing paradigm as well as the development and management of service-oriented systems. Service-Oriented Computing (SOC) exploits services as the fundamental elements for developing computer-based systems. It has been applied to various areas and promotes fundamental changes to system architecture, especially changing the way software systems are being analyzed, architected, designed, implemented, tested, evaluated, delivered, consumed, maintained and evolved. The innovations of SOC also offer many interesting avenues of research for scientific and industrial communities. In this paper, we present the concepts of the SOSE from the related work. The motivation, opportunities and challenges of the SOSE is highlighted thereafter. In addition to this, a brief overview of accepted papers in our Special Issue on SOSE is presented. Finally we highlight and summarize this paper.N/

Sample .STL file for CAD image procesing

Scenario 1 sample CAD files </p

GAMS codes for Blockchain based Vendored Managed Inventory

GAMS code for centrlized and Blockchain based vendored Management Inventory model </p

Sample N, V, T data for a 3D printer

this is sample data obtained from a 3D printer machine for its Noise, Vibration and Temprature of Nozzle </p

Sample 3d printing G code files for real time trajectory check

G code sample files for trajectory check </p

The Requirements of Product Lifecycle Management (PLM) frameworks for integration and synergic collaboration with Omnichannel strategy

The Importance of Product Lifecycle Management (PLM) is inevitable in fulfilling the collaboration and integration of different disciplines engaged in product development processes. However, PLM has faced with challenges in the context of Industry 4.0; especially in alignment with the Omnichannel strategy. The integration of the processes related to product promotion and digital marketing is recognized as one of those dominant challenges. There is an essential requirement for improving the interaction of PLM disciplines and Omnichannel processes. This chapter is investigating the challenges and restrictions raised by the Omnichannel strategy for PLM and the capabilities of the Omnichannel strategy to increase the effectiveness of PLM frameworks. Considering the Omnichannel strategy capabilities which are highly active in sales and promotions, the characteristics of bidirectional relation with PLM disciplines have been focused. For creating this bidirectional and synergic relation among Omnichannel strategy and PLM disciplines, the following perspectives are essential. Firstly, the configuration of Omnichannel strategy as an active agent among PLM disciplines. Secondly, the Omnichannel strategy’s capabilities to solve challenges and problems in PLM. Moreover, the consequences of decisions and interactions when integrating Omnichannel strategy in the PLM framework will be worthy to be analyzed

Applications of Axiomatic Design Theory in Design for Human Safety in Manufacturing Systems: A Literature Review

Design for Human Safety (DfHS) is an approach to integrate knowledge of human safety in the design process. DfHS is multi-disciplinary in its nature, requiring many kinds of information and knowledge. Number of DfHS studies tried to apply Axiomatic Design (AD) to achieve their aims. The purpose of this paper is to review the literature on application of AD in DfHS in manufacturing systems and to propose a roadmap for future DfHS works. This paper examines the number and type of publications dealing with this context. The review covers papers published between 1990 (when AD was introduced first) and 2017. It is based on a range of combinations of the following keywords: “Axiomatic design” and “safety” or “accident” or “hazard” or risk”. This review has identified 15 research topics that were clustered into three main research groups: (1) application of AD in ergonomic design; (2) application of AD in human-computer interaction; and (3) application of AD in integrating safety systematically in design process. The authors also tried to identify which axiom of AD has been used in these researches