AR technology is an important scene for the application of 5G high-bandwidth characteristics in the new generation of logistics industry, because AR equipment is an auxiliary equipment for the logistics industry, which can guide logistics staff to efficiently complete the work in any environment.

RDIOR400 It is also of great significance for the upstream e-commerce field. The data obtained by AR equipment are all historical data provided by the e-commerce platform. Both the order content and customer information are supported by the e-commerce platform. There will be no slow logistics dispatch, order processing errors and other errors, and secondly, it can promote the development of the retail industry, because AR equipment makes the warehouse, dry, distribution and other processes very efficient, then the better the customer experience, the more extensive the online retail business.

4. Industrial logistics monitoring relies on 5G

RDIOR400 Logistics monitoring refers to the real-time monitoring and tracking of logistics products in warehousing and transportation through information technology, and the specific monitoring content is the quality of logistics products, identification, geographical location in the transportation process and so on.

The new generation of logistics monitoring system will introduce many cutting-edge technologies, including artificial intelligence, big data and cloud computing, which can strictly monitor the environment of the products in the library such as temperature and humidity, and conduct three-dimensional monitoring of the real-time damage status of the products during transportation and the transportation path. If there are abnormal conditions such as the damage caused by man-made and natural disasters, The system will upload data in time and then make remote operation and intelligent decisions to maintain the safety of logistics and transportation.

RDIOR400 Logistics industrial monitoring function framework based on 5G

Logistics industrial monitoring function framework based on 5G

RDIOR400 5G as a stable high-bandwidth communication technology, in the industrial intelligent monitoring, problems in the process of transportation and warehousing can be timely fed back to the data center in the form of video or images with stable bandwidth, so compared with traditional communication technology, 5G will make the core link of logistics monitoring become more efficient and intelligent.

5, 5G accelerated logistics data computing platform

Big data and cloud computing enable modern logistics to have efficient information storage and analysis capabilities, so they will also be the key technologies of the new generation of logistics. Efficient data storage and analysis architecture enables logistics data to be stored and mined in time, and powerful cloud computing architecture enables logistics applications to obtain high-performance computing services. The high bandwidth characteristics of 5G make the “cloud logistics” architecture based on big data and cloud computing more practical.

RDIOR400 In the new generation of logistics, the data calculation of logistics nodes is divided into centralized computing and mobile edge computing. The combination of these two computing schemes solves the problem that the data is difficult to calculate accurately in logistics, and the corresponding data storage schemes also have two kinds of centralized and distributed, which complement each other and promote each other.

5G can provide high-speed communication for edge computing in the new generation of logistics computing solutions, and the same characteristics of mass access make edge computing and centralized computing seamless integration. One of the core technologies in 5G is to provide efficient communication solutions for edge computing, and distributed mobile cloud edge computing is also the computing mode of edge nodes in the new generation of logistics.

In logistics application scenarios, many nodes are edge communication nodes, such as logistics vehicles, logistics intelligent terminal embedded logistics nodes and so on. Unlike traditional cloud computing, mobile edge computing does not release computing tasks directly to the centralized cloud computing platform, and the computing resources used are carried out at the edge of the user. The advantage of mobile edge computing is to reduce the resource loss caused by redundant computing and data transmission.

5G in the new generation of logistics enables all mobile nodes to place data calculation, storage, caching, etc. on the network edge of the terminal, and then the edge server is responsible for data synchronization with the remote data cloud computing communication. The distributed mobile cloud edge computing scheme makes the logistics data computing platform no longer play the role of centralized management, but uses the edge server to complete the calculation and data storage operations of its nearby nodes, making the calculation more efficient.