Parallel self-adaption data sending method and device based on multiple IP (Internet Protocol) addresses

Abstract

The invention provides a parallel self-adaption data sending method and device based on multiple IP (Internet Protocol) addresses, belonging to the technical field of network communication. The parallel self-adaption data sending method provided by the invention comprises the following steps of: firstly, splicing data to be sent; secondly, if detecting that spare IPs exist in an IP updating list, selecting a corresponding IP with the minimum network time delay in the spare IPs as a source IP address; and finally, sending one piece of spliced data in the spliced data to be sent to a pre-set destination IP address. With the adoption of the embodiment provided by the invention, the IP corresponding to the minimum network time delay in the spare IPs of the IP updating list can be selected as the source IP address, and the destination IP address is sent to the spliced data to be sent, so that the self-adaption load balance can be realized. Furthermore, the type and the number of network cards are unnecessary to distinguish, so that the parallel transmission of the multiple IP addresses of the data can be realized, and the entire transmission speed of the data can be fastened.

Description

technical field [0001] The invention relates to a parallel self-adaptive data sending method and device based on multiple IP addresses, belonging to the technical field of network communication. Background technique [0002] With the increasing ubiquity of the Internet, the coverage of different types of networks overlaps, which makes it possible for a PC to obtain multiple IP addresses from several Internet service providers through multiple network cards. But even so, due to the existence of the default gateway in the local routing table, the PC can only send and receive data through the IP of the default gateway. The current method for data transmission based on multiple IP addresses includes: controlling the initialization and network registration of multiple wireless network cards through an application processor, and the application processor implements a handshake with the peer network element through any one of the multiple wireless network cards After that, assign ...

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a parallel self-adaptive data transmission method and device based on multiple IP addresses to solve the problem of parallel data transmission through an application processor only through a wireless network card with a UART interface in the prior art, cost increase and data volume cannot be carried out The problem of real-time dynamic adjustment, for this reason the present invention adopts following technical scheme:

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