论文标题
工业物联网的价值链及其数字化参考框架
The value chain of Industrial IoT and its reference framework for digitalization
论文作者
论文摘要
如今，我们正在迅速超越定制的针对非常具体问题的量身定制的详细解决方案，并且我们已经建立在可重复使用的更通用的基础架构和工具的基础上，将其称为物联网，工业物联网/行业4.0 [1-3]等。这些是本文中讨论的内容。当工业物联网（IIOT）关注时，物联网技术的巨大创新潜力不仅在物理设备的生产中，而且还在制造行业进行的所有活动中，无论是在预生产（构想，设计，原型）和后期生产，销售，培训，培训，培训，维护，恢复）阶段中。众所周知，IIOT从连接的设备，网络物理系统（CPS），位置和人员（例如操作员）获取和分析数据；以及其当代的新术语，例如5G，Edge Computing和其他ICT技术及其应用[4]。它或多或少与操作技术（OT）的相对监视设备和执行器相结合。 IIOT有助于调节和监视工业系统[2]，并灵活地集成/重组生产资源，增强了智能价值链中的OT能力，从而实现了生产分布式决策。
Nowadays, we are rapidly moving beyond bespoke detailed solutions tailored for very specific problems, and we already build upon reusable and more general purpose infrastructures and tools, referring to them as IoT, Industrial IoT/Industry 4.0[1-3], etc. These are what will be discussed in this paper. When Industrial IoT (IIoT) is concerned about, the enormous innovation potential of IoT technologies are not only in the production of physical devices, but also in all activities performed by manufacturing industries, both in the pre-production (ideation, design, prototyping) and in the post-production (sales, training, maintenance, recycling) phases . It is also known that IIoT acquire and analyze data from connected devices, Cyber-Physical Systems (CPS), locations and people (e.g. operator); along with its contemporary new terms, such as 5G, Edge computing, and other ICT technologies with their applications[4] . More or less it is drawn upon on its combination with relative monitoring devices and actuators from operational technology (OT). IIoT helps regulate and monitor industrial systems [2], and it integrates/re-organize production resources flexibly, enhanced OT capability in the smart value chains enabling distributed decision-making of production.
