Site selection and survey method of communication base station based on unmanned aerial vehicle

Abstract

The invention provides a method for site selection and investigation of a communication base station based on an unmanned aerial vehicle, which includes an unmanned aerial vehicle system and a ground system. Communication device; ground system includes ground drone remote control device, ground wireless communication device, ground portable GPS equipment and ground computer. The invention utilizes the camera of the drone and the GPS positioning device to shoot and locate the candidate base station site, which can reduce the risk of personnel, avoid man-made omissions, and improve the efficiency and accuracy of on-site survey; the survey report formed by processing, analyzing and evaluating the data can save survey Analyze time to improve the efficiency and accuracy of survey decision-making.

Description

technical field [0001] The invention belongs to the technical field of base station survey, and in particular relates to a method for site selection and survey of a communication base station based on an unmanned aerial vehicle. Background technique [0002] With the rapid development of mobile wireless communication technology, the deployment range of mobile wireless communication equipment continues to expand, and the replacement of new and old equipment is also increasing. As an important backbone equipment in these fields, communication base stations have attracted much attention. Before building a communication base station, the basic situation of the candidate base station should be surveyed, measured and evaluated. [0003] The current survey of communication base stations often relies on manual on-site surveys. Personnel use paper maps, compasses (to take pictures from various directions and angles), GPS (to measure positions), telescopes, range finders, tape measu...

AI Technical Summary

Problems solved by technology

In this invention, surveying and measuring is carried out by manually setting the surveying instrument on an alternative base station. The equipment is heavy and large in size, requiring surveyors to arrive at the site for installation, which affects the efficiency of site surveys and may also pose threats to personnel.

The digital camera of this invention has no multi-directional automatic photographing function, nor does it have an automatic evaluation and processing function. The survey results need to be further analyzed, evaluated and judged manually, and cannot be directly used, resulting in low overall survey and survey analysis efficiency.

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