Smart Manufacturing (SM) has substantial challenges, such as sharing data and integrating different systems or products into an intelligent, digital and interconnected manufacturing context. This situation naturally points to a contemporary paradigm, Intelligent Digital Mesh (IDM). Recent studies have presented the top ten state of the art technology trends called IDM, and they report forecasts about the technical developments for the future. However, the development of smart systems has been challenging, both for IDM and SM. Additionally, various sources of variability and complexities are inherent in these environments. One of them is the application of the development for SM. Except for the limited techniques; the review of literature cannot provide a comprehensive framework, which provides the integration of platform-, system- and enterprise-specific reusable solutions, while addressing the problems of mass customization and variability. Therefore, we conduct a two-phase mixed research, following the guidelines of the Design Science Research Method. The IDM, Enterprise Architecture (EA) and Software Product Line Engineering (SPLE) approaches are combined to produce a Smart Manufacturing Development Framework (SMDF). This study can be viewed as an attempt to enhance SM and information integration knowledge domains.

智能制造（SM）面临巨大挑战，例如共享数据以及将不同的系统或产品集成到智能，数字和互连的制造环境中。这种情况自然指向当代范式，即智能数字网格（IDM）。最近的研究提出了称为IDM的十大最新技术趋势，并且它们报告了有关未来技术发展的预测。但是，对于IDM和SM而言，智能系统的开发一直充满挑战。另外，这些环境中固有的各种可变性和复杂性来源。其中之一是SM开发的应用。除有限的技术外；文献综述无法提供全面的框架，无法提供平台，系统和企业特定的可重用解决方案，同时解决了大规模定制和可变性的问题。因此，我们遵循设计科学研究方法的指南进行了两阶段的混合研究。IDM，企业体系结构（EA）和软件产品线工程（SPLE）方法相结合，以生成智能制造开发框架（SMDF）。这项研究可以看作是增强SM和信息集成知识领域的尝试。将企业体系结构（EA）和软件产品线工程（SPLE）方法结合起来，以生成智能制造开发框架（SMDF）。这项研究可以看作是增强SM和信息集成知识领域的尝试。将企业体系结构（EA）和软件产品线工程（SPLE）方法结合起来，以生成智能制造开发框架（SMDF）。这项研究可以看作是增强SM和信息集成知识领域的尝试。