Self-configuration method and device of base station

Abstract

The invention provides a self-configuration method and a self-configuration device of a base station, which are used for improving the execution frequency of a configuration flow and reducing the complexity and the configuration error rate of the configuration flow. The method comprises the steps that a system adopts an OMC (Operation Maintenance Center) to replace a DHCP (Dynamic Host Configuration Protocol) server; a base station can prevent the DHCP server from directly obtaining an IP (Internet Protocol) parameter from the OMC, so as to simplify an IP configuration flow of the base station, improve the execution frequency of the configuration flow, and reduce the execution complexity of the configuration flow; and communication link interrupt caused by the IP parameters configured by the DHCP server and inconsistent IP parameters configured by the OMC is avoided, the configuration error rate is effectively reduced, and the system performance is improved.

Description

technical field [0001] The present invention relates to the field of wireless communication, in particular to a method and device for base station self-configuration. Background technique [0002] At present, for the base station in the wireless network, the methods for setting its IP parameters usually include the following two methods: [0003] The first method is: access the base station from the near end through the debugging port of the base station, and use LMT (Local Maintenance Terminal, local maintenance terminal) to set the IP parameters provided by the base station to OMC (Operations & Maintenance Center, operation and maintenance center). Base station IP), the base station IP usually includes the IP address used by the base station, subnet mask, gateway address and DNS (Domain Name System, domain name system) address. [0004] However, in the first method, using the LMT to set the IP of the base station at the near end will increase the workload of engineering p...

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Problems solved by technology

[0006] However, in the second method, using the DHCP server to set the base station IP and OMC IP not only increases the operating load of the DHCP server, but also increases the workload of engineering personnel, thereby reducing the execution efficiency of the parameter configuration process and increasing the parameters configured error rate

For example, in practical applications, after the DHCP server configures a base station IP (called base station IP A) for the base station, in the subsequent process, OMC will configure a base station IP (called base station IP B) for the base station again, base station IPA The communication link between the base station and OMC should be consistent with the IPB of the base station. Once the two are inconsistent, the link between the base station and OMC will be interrupted, thus affecting the overall performance of the wireless network.

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