Broadband access planning method and device

Abstract

The invention discloses a broadband access planning method and a broadband access planning device. The broadband access planning method comprises the steps of acquiring a wireless network signal of one or more positions in an area where broadband is to be built; based on wireless cell configuration data and the acquired wireless network signal, determining m wireless cells for transmitting wireless network signals, wherein m is an integer greater than 0; acquiring running data of the wireless cells and separately inputting the running data into a contract customer prediction model to predict the number of contract customers of each wireless cell in the m wireless cells; and determining a broadband access planning scheme of the area where the broadband is to be built according to the quantity of contract customers of each wireless cell in the m wireless cells. The broadband access planning method and device can accurately and quickly predict the number and distribution of contract customers of the area where the broadband is to be built, and thus the broadband access plan is performed.

Description

Technical field [0001] The invention belongs to the field of communication technology, and particularly relates to a broadband access planning method and device. Background technique [0002] In the wired broadband access planning process, the benefits of investment and construction will be emphasized. The planning method adopted by the existing technology is to determine certain broadband access areas to be built, and then collect basic information: generally, survey personnel will be sent on site The collection is carried out by "sweeping the building". The basic information obtained in urban areas mainly includes the number of buildings, property types, households, residential occupancy rate, competition, etc.; in rural areas, it mainly includes households, economic conditions, and the degree of dispersion of villages, etc., through the collection of this information According to the strength of the investment benefits of broadband construction, different weights are set, and...

AI Technical Summary

Problems solved by technology

The basic information obtained mainly includes the number of buildings, property types, households, community occupancy rate, competition situation, etc. in urban areas; in rural areas, it mainly includes the number of households, economic conditions, and the degree of village aggregation and dispersion. Through the collection of these information , set different weights according to the strength of the impact on the investment benefits of broadband construction, conduct a comprehensive evaluation of the investment benefits and then sort them. In the planning method, there are often problems in the data collection link, resulting in biased or wrong construction conclusions. In the link of on-site information collection, due to the strong influence of the subjective factors of the site surveyors, including the sense of responsibility of the surveyors, Different people's comprehension ability will lead to deviations in the collected data. For example, when collecting occupancy rate data: it can be collected from property management or neighborhood committees, or judged according to the number of households with lights on at night, but it is difficult to determine which more accurate

Therefore, it is necessary to find a solution to the problem of inaccurate data collection, but in the actual planning project, this will inevitably lead to a large amount of manpower, material resources and time costs during the on-site sweeping of the building, and there is still no way to quickly verify its accuracy

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