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Supply chain orchestration and choreography: Programmable logistics using semantics

机译:供应链编排和编排:使用语义的可编程物流

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Interoperability between enterprise systems in supply chains is increasingly essential for successful supply chain integration and key in the creation of innovative businesses / business models. In this paper we present a novel approach for supply chain choreography to support supply chain organizations in practice in creating seamless chain integration. The aim we set ourselves in this paper is to propose an architecture to enable and/or improve the exchange of information between supply chain organizations. To address this challenge we followed the design science methodology. First, we derived to a body of knowledge combining literature - on supply chain collaboration and challenges, but also corresponding areas such as web services - with empirical knowledge gained from applied research and industrial projects we were and are involved in. Secondly, we propose a semantic architecture that is able to support seamlessly integration and create an ecosystem where programmable logistics are the future. First implementations are promising, but also revealed a series of improvements to our architecture. Further research is required for more practical validation and improving the theory, and validation of the current research.
机译:供应链中企业系统之间的互操作性对于成功实现供应链整合和创建创新业务/业务模型的关键越来越重要。在本文中,我们提出了一种新的供应链编排方法,以在实践中支持供应链组织创建无缝链集成。我们在本文中设定的目的是提出一种架构,以启用和/或改善供应链组织之间的信息交换。为了应对这一挑战,我们遵循了设计科学方法论。首先,我们获得了一个知识体系,结合了有关供应链协作和挑战的文献以及有关Web服务等相应领域的知识,并结合了我们过去和所参与的应用研究和工业项目获得的经验知识。其次,我们提出了一个语义体系结构能够支持无缝集成,并创建一个未来可编程物流成为可能的生态系统。最初的实现很有希望,但同时也揭示了我们的体系结构的一系列改进。为了更实际的验证和改进理论以及当前研究的验证,需要进行进一步的研究。

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