Method and system applicable to high-quality internet communication in low-reliability network environment

Abstract

The invention relates to a technology which is applicable to high-quality internet communication in a low-reliability network environment, and the technology comprises a sending end, a plurality of forwarding servers and a receiving end. According to a communication scheme, the sending end and the receiving end, which need to communicate with each other, are connected with the forwarding servers simultaneously and communicate through the data forwarded by the forwarding servers, the sending end marks unique identifiers on communication data packets to be sent, each data packet is simultaneously sent to the forwarding servers, and the forwarding servers transmit the data packet to the receiving end. The receiving end eliminates a redundant scheme analytic data packet according to the time priority.

Description

technical field [0001] The invention relates to a high-quality Internet transmission technology suitable for low-reliability networks, and belongs to the field of Internet technology. Background technique [0002] With the development of Internet technology, geographically dispersed users can gather in one place through the Internet to exchange and share real-time information over long distances. Due to the randomness of packet loss and delay on the Internet, when we use the Internet for voice calls, we often get stuck randomly, behind which is packet loss. When this phenomenon occurs on a 1-to-1 connection, since there is no backup data channel, it cannot be rescued. When the voice call is stuck, it can only remain in the stuck state and cannot be rescued. [0003] In the above description, the 1-to-1 single-data-channel Internet communication technology currently used in network voice communication is becoming more and more existing Internet users, Internet connections ar...

AI Technical Summary

Problems solved by technology

When this phenomenon occurs on a 1-to-1 connection, since there is no backup data channel, it cannot be rescued. When the voice call is stuck, it can only remain in the stuck state and cannot be rescued.

[0003] In the above description, the 1-to-1 single-data-channel Internet communication technology currently used in network voice communication is becoming more and more existing Internet users, Internet connections are becoming more and more complex, and the network environment will randomly lose packets. In this case, it brings incoherence and unsmooth experience to both parties in the communication

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