Wireless multi-network integration method

Abstract

The invention discloses a wireless multi-network integration method which can be used for achieving integration of a plurality of wireless network cards to achieve bandwidth convergence. The wireless multi-network integration method mainly comprises the steps that (1) an automatic dialing portion mainly identifies the network cards automatically and conducts automatic dialing, (2) a network card information obtaining portion mainly obtains information of effective network cards dynamically, (3) a load balancing portion mainly achieves balanced scheduling on each dialing network card according to real-time statistics of the flow of each dialing network card, (4) a disconnection reconnection portion mainly achieves disconnection reconnection and deletes invalid network cards, and (5) a WiFi sharing portion mainly shares integrated bandwidth resources through the WiFi. Finally, the integration of the network cards is achieved to achieve the bandwidth convergence. In the wireless multi-network integration, the bandwidth resources are integrated, and the whole coverage rate and reliability can be improved.

Description

technical field [0001] The invention relates to a wireless multi-network fusion method, which can be applied to various mobile vehicles or hot spots to realize the bandwidth aggregation of various 3G network cards and WiFi network cards, and realize wireless access sharing, and provide high-bandwidth, A highly reliable and stable wireless Internet access environment belongs to the field of wireless communication. Background technique [0002] With the rapid development of mobile communication and the Internet, the communication market is gradually changing from the original voice service to the mobile broadband multimedia service. The wireless Internet service will become the mainstream service in the future, but the current 3G single card is difficult to meet Requirements for high-bandwidth, high-stability mobile Internet communication applications that gather users on various mobile vehicles or hotspots. Therefore, it is necessary to address this specific requirement and ...

AI Technical Summary

Problems solved by technology

[0009] 1. It cannot be applied in the wireless network environment, such as the above-mentioned patent (1);

[0010] 2. Failure to realize the integration of multiple 3G network cards (including homogeneous network cards and heterogeneous network cards) and multiple wireless network cards such as WiFi networks to achieve the effect of bandwidth convergence, such as the above-mentioned patents (2) and (3);

[0011] 3. Failed to share the combined bandwidth resource through WiFi and provide it to multiple user terminals, such as the above-mentioned patent (4);

[0012] 4. Failure to dynamically select the corresponding network card as the Internet access outlet according to the load of the network card, such as the above-mentioned patents (1), (2), (3), and (4);

[0013] 5. Unable to intelligently obtain network card information such as the IP address and gateway of the network card, such as the above-mentioned patents (1), (2), (3), and (4);

[0014] 6. When the network card is disconnected from the network, the network card disconnection reconnection and redialing cannot be performed, such as the above-mentioned patents (1), (2), (3), and (4);

[0015] 7. The method is too complicated and has poor practicability, such as the above-mentioned patents (2), (3), and (4);

[0016] The above-mentioned defects have led to no effective method for multi-wireless network card bandwidth aggregation that can be applied to various mobile vehicles or hot spots so far

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