Analytic algorithm for geographic grid in telecommunication field

Abstract

The invention provides an analytic algorithm for a geographic grid in the telecommunication field. A geographic area is divided into multiple layers of independent unit grids according to the rule of space and business relationship, so that the grids become the important carriers for associating the geographic information with network management information. The network information, such as complaint, warning, work order, resources, performance, announcement and the like, can be associated with the unit grids. Based on the grid base data, an upper-level application system can combine the network information arbitrarily to derive more valuable information for the network construction. From the whole angle of the system application, the invention achieves the association algorithm of the geographic grids and the business information. The analytic method has the beneficial effects that the network resource information with the space attribute can show the value from the angle of space through the reasonable geographic association.

Description

technical field [0001] The invention relates to an application of a computer in the technical field of telecommunication, in particular to an analysis algorithm of a geographic grid in the field of telecommunication. Background technique [0002] With the development of 3G communication and full-service operation, these new environments put forward higher requirements for network management support. Observing the current development trend of my country's wireless communication industry, it can be clearly seen that after more than ten years of construction, operators have gradually changed their network management from equipment and network oriented to business, service and market oriented. At present, domestic telecom operators are actively promoting the centralization and standardization of network management resources, building a comprehensive network management system, and realizing resource integration and unified data standards. [0003] The wireless network itself is ...

AI Technical Summary

Problems solved by technology

However, these methods are all divided at the network layer. Due to the divergence of communication and the non-uniqueness of work (the same location does not depend on a certain cell to provide, and there is cross coverage), the information contained in the geographical location cannot be captured by the network. As a result, the network operation and maintenance lacks direct service objectives, and it is also not conducive to the prioritization of pre-event prevention and post-event protection.

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