Remote service access path control method and related device

Abstract

The invention discloses a remote service access path control method and a related device. The method comprises the following steps that a data message sent by a random terminal when accessing a remote service is received; a node management server is asked to determine an optimal gateway server which serves as an optimal node and is used to transfer the data message, and the optimal gateway server is selected from gateway servers prepared for a distributed disposition configuration which is constructed from a service cluster of the remote service; the transmission qualities of multiple accessed data connections to the optimal gateway server are tested, and an optimal data connection with the highest transmission quality is determined; and the optimal data connection is called to send the data message after a tunnel is closed, and the optimal gateway server transfers the data message other service servers, belongs to the service cluster, connected to the optimal gateway server. According to the invention, the node management server determines an optimal node, the optical line is selected from multiple local data connections, so that the network transmission quality is optimal wholly, and the data transmission quality is ensured.

Description

technical field [0001] The present invention relates to the field of network communication, and more specifically, to a remote service access path control method and related equipment. Background technique [0002] The demand for real-time transmission of large amounts of data has led to the vigorous development of Internet information transmission technology, especially the transmission between single-end and single-end, and the reliability of information transmission is relatively high; When a server is connected, the reliability of this information transmission is greatly reduced. The reason is that the reliability of information transmission on the Internet is low, which is mainly manifested in the packet loss rate and delay performance of Internet communication. The indicators are not guaranteed, especially when data is transmitted across the Internet between operators or across provinces, the problems of data transmission packet loss and large delay are particularly se...

AI Technical Summary

Problems solved by technology

[0002] The demand for real-time transmission of large amounts of data has led to the vigorous development of Internet information transmission technology, especially the transmission between single-end and single-end, and the reliability of information transmission is relatively high; When a server is connected, the reliability of this information transmission is greatly reduced. The reason is that the reliability of information transmission on the Internet is low, which is mainly manifested in the packet loss rate and delay performance of Internet communication. The indicators are not guaranteed, especially when data is transmitted across the Internet between operators or across provinces, the problems of data transmission packet loss and large delay are particularly serious. When remote services are established on such networks, users get the remote services ( For example, the subjective experience of using audio, video and other services) is relatively poor; and when the user accesses remote services through multiple services through the client, the unilateral route selection of the remote service service cluster will also greatly reduce the client and user experience. The quality of data transmission between servers, servers, and servers cannot really achieve optimal routing

[0003] To sum up, in view of the current multi-data connection situation, the main problems involve operators’ transmission bottlenecks, regional differences, communication quality, and route selection of service clusters in a distributed architecture, etc., which cannot be avoided by existing technologies for the time being.

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