A cross-server data communication processing method

Abstract

The invention relates to a cross-server data communication processing method, which includes five steps of constructing a global management server, configuring a database server for data resources, setting a data communication protocol, client authentication and data communication processing. On the one hand, the present invention can effectively simplify the network structure and avoid the disadvantage that data needs to be stored and backed up on different servers in the process of cross-server data access, thereby effectively reducing the cost of data communication operation and management. On the other hand, data can be accessed across servers Carry out direct communication, thereby greatly improving the data communication speed and data communication reliability. At the same time, according to the frequency of cross-server query data, range type and other information, the trust degree synchronization management of cross-server data access can be carried out, so as to further It improves the security and reliability of data management during cross-server communication, and also helps to further improve the data communication efficiency of cross-server data access operations.

Description

technical field [0001] The invention relates to a cross-server data communication processing method, which belongs to the technical field of computer communication. Background technique [0002] At present, in the process of data communication such as the computer Internet and the Internet of Things, different data are often stored in different data servers. Therefore, when data access is currently performed, the data communication and interaction capabilities between different servers are extremely poor. For this One of the main methods currently is that the data provider stores and manages the data provided by them in different servers to meet the needs of data access. Although this method can effectively improve the speed of data communication and access, However, the network resources occupied by the data are relatively large, and the cost of data maintenance, communication and management is relatively high. The other is to establish a relay server between each server, a...

AI Technical Summary

Problems solved by technology

[0002] At present, in the process of data communication such as the computer Internet and the Internet of Things, different data are often stored in different data servers. Therefore, when data access is currently performed, the data communication and interaction capabilities between different servers are extremely poor. For this One of the main methods currently is that the data provider stores and manages the data provided by them in different servers to meet the needs of data access. Although this method can effectively improve the speed of data communication and access, However, the network resources occupied by the data are relatively large, and the cost of data maintenance, communication and management is relatively high. The other is to establish a relay server between each server, and realize indirect access to the data between different servers through the relay service. Although this approach can effectively simplify the network data layout and structure, reduce data communication, management and operation costs, it leads to slow data interaction speed when data is accessed across servers, and cannot effectively meet the needs of use. Therefore, in response to this problem, There is an urgent need to develop a new cross-server data communication method to meet the needs of actual use

Images