Government and enterprise transmission network planning method based on quasi-rectangular distribution model in combination with thermodynamic map

Abstract

The invention discloses a government and enterprise transmission network planning method based on a quasi-rectangular distribution model in combination with a thermodynamic map. Comprising the steps of setting a maximum coverage range of network point locations, and building a quasi-rectangular distribution model; and obtaining the required point location coverage rate, and calculating the minimum deployment point number required to meet the required point location coverage rate according to the relationship between the required point location coverage rate and the point location area coverage rate. The point location of the hot spot area is optimized in combination with the point location distribution thermodynamic map, and the actual point location coverage rate is calculated; and performing deviation judgment on the actual point location coverage rate and the required point location coverage rate, and taking the preferred point location as a transmission network planning deployment point location under the condition that the deviation meets a set condition. According to the invention, the point location can be deployed in advance before the actual service is triggered, the high-level network deployment is carried out in advance for the service dense area, and the bottom-level network deployment is carried out based on the actual service demand of the customer when the service is triggered, so that the accurate and rapid construction of the network is realized, the network construction period is shortened, and the rapid opening of the service is realized.

Description

technical field [0001] The invention relates to the technical scope of transmission network planning, in particular to a method for planning a government-enterprise transmission network based on a quasi-rectangular distribution model combined with a thermal map. Background technique [0002] Private line business for government and enterprise groups is the main profit point for communication operators in the future. However, this type of business has factors such as many variables, great uncertainty, strong suddenness, and changing customer needs. There are many design links and a long construction period, so the traditional transmission network planning and design methods are difficult to support the rapid development of private line services for government and enterprise groups. [0003] For services such as 5G and home broadband, operators self-identify the scope, area, and construction goals of network deployment based on their own market development needs, so they can b...

AI Technical Summary

Problems solved by technology

[0005] The present invention mainly solves the problems in the prior art that there is unpredictability and variability in demand for private line business of government and enterprise groups, and it cannot be deployed in advance, and there is a long construction period. Enterprise transmission network planning method

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