原文：当前，信息技术与制造技术正快速融合，但仍存在许多问题。例如，数据

Original: <br>Currently, information technology and manufacturing technology are rapidly merging, but there are still many problems. For example, the heterogeneity of data, protocols, networks, and systems hinders the integration and interconnection of data. The development and testing cycles of emerging technologies are long, and the cost of trial and error is high, making it difficult to achieve rapid improvements in production processes and processes. According to data from the World Economic Forum, due to improper technology implementation strategies, more than 70% of companies invested in big data analysis, artificial intelligence, 3D printing and other technologies that failed to survive the trial stage. Therefore, companies urgently need a test solution that integrates information technology and manufacturing technology. <br>The solution is based on industrial communication protocols such as industrial Ethernet and industrial buses, general protocols such as Ethernet and optical fiber, and wireless protocols such as 4G/5G and NB-IOT. Industrial field devices are connected to the edge layer of the platform to achieve data integration; based on virtualization , Distributed storage, parallel computing, load scheduling and other technologies to achieve pooled management of computer resources such as network, computing, storage, and flexible allocation according to demand to maximize the use of computing and storage resources; use a unified data model to integrate Manufacturing companies need all the applications in the entire value chain process from product development, production, sales, logistics to after-sales.

Original:<br>At present, information technology and manufacturing technology are rapidly integrating, but there are still many problems. For example, data, protocol, network, system heterogeneity hinders the integration and interconnection of data, the development and testing cycle of emerging technologies is long, the cost of trial and error is high, it is difficult to achieve rapid improvement of production processes and processes. According to the World Economic Forum, more than 70 percent of companies have invested in big data analytics, artificial intelligence, 3D printing and other technologies that failed to survive the pilot phase because of poor technology implementation strategies. Therefore, enterprises urgently need an information technology and manufacturing technology integration test program.<br>The solution is based on industrial communication protocols such as industrial Ethernet and industrial bus, common protocols such as Ethernet and optical fiber, and wireless protocols such as 4G/5G and NB-IOT connect industrial field equipment to the platform edge layer for data integration, and based on virtualization, distributed storage, and parallel computing. Load scheduling and other technologies, to achieve the network, computing, storage and other computer resources pool management, according to the needs of flexible allocation, to achieve the maximum utilization of computing and storage resources, the use of unified data model to integrate manufacturing enterprises from product development, production, sales, logistics to the entire value chain after-sales process needs of all applications.

Original text:<br>At present, information technology and manufacturing technology are rapidly integrating, but there are still many problems. For example, heterogeneous data, protocols, networks and systems hinder the integration and interconnection of data. The development and testing cycle of emerging technologies is long, and the cost of trial and error is high. It is difficult to realize the rapid improvement of production process. According to the data of the world economic forum, due to the improper technology implementation strategy, more than 70% of enterprises have invested in big data analysis, artificial intelligence, 3D printing and other technologies that have failed to survive the trial stage. Therefore, enterprises urgently need a test scheme for the integration of information technology and manufacturing technology.<br>The scheme is based on industrial communication protocols such as industrial Ethernet and industrial bus, general protocols such as Ethernet and optical fiber, wireless protocols such as 4G / 5G and nb-iot to connect industrial field devices to the platform edge layer to realize data integration; based on virtualization, distributed storage, parallel computing, load scheduling and other technologies, it realizes the pool management of computer resources such as network, computing, storage, etc According to the demand for flexible allocation, to maximize the use of computing and storage resources; using a unified data model to integrate all the applications needed by manufacturing enterprises in the whole value chain process from product development, production, sales, logistics to after-sales.<br>