In the past, in the industrial field, there were four short boards, the shortest board was the nerve. Because of the poor nerve transmission, in turn, it affected the function development of the information collection link.
In the 5g era, we should try to solve the problems mentioned above and solve the coordinated development of the four links.
First of all, we need to solve the ubiquitous problem of connectivity. In the past, most of the communication connections in industrial scenarios were wired. We need to solve its mobility problem through 5g.
Secondly, in order to solve the response problem in mobility, the traditional 1g to 4G has not solved the controllable response problem, and information transmission is the best effort, which can not meet the requirements of the industrial field.
Third, to solve the problem of industrial scenario segmentation, every industrial field is a segment market, and planning for the segment market alone will not produce scale benefits. Therefore, 5g needs to abstract and slice it to meet the problem of different scenario segmentation, and also take scale benefits into account.
Fourth, we need to solve the problem of enabling innovation. The traditional industrial field is closed, which provides business from the supplier end-to-end. Innovation is limited by the ability of the supplier. In the 5g era, we need open innovation to let the public help enterprises innovate. To achieve this, we need to empower business innovation.
5g's business features need to be realized by the whole 5g network. We need to combine the key production factors in 5g according to different application scenarios, including 5g network, edge computing, network slicing, cloud computing, AI and big data, as well as business enabling platform, etc., so as to truly realize the innovation on the industrial Internet.
