基于激光测距仪的视距通信线路下目标高度检测模型设计

Narindra heronita Wisha
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引用次数: 0

摘要

电信的世界正在迅速发展,因此蜂窝运营商供应商正在努力升级他们的网络,以满足客户的高质量需求。一个可以做的努力是建立一个新的基站收发站(BTS)。本研究的目的是创造一种检测工具,能够使用已开发的激光技术检测视线(LoS)通信线以下一定高度的物体。地形测量和建筑规划是非常重要的,必须在建造具有LOS的BTS之前进行。在本研究中,激光测距仪(测距仪型号)由于使用面积有限,最远测量距离可达135米。通过对多个物体进行实验,测试所使用激光的能力,得到TS832传输介质的最大距离达到70.7米。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of an Object Height Detection Model under the Line of Sight (LoS) Communication Line using a Laser Distance Meter
The world of telecommunications is growing rapidly so that cellular operator providers are trying to upgrade their networks to meet the needs of their customers with good quality. One effort that can be done is to build a new Base Transceiver Station (BTS). The aim of this research is to create a detection tool capable of detecting objects at a certain height below the line of sight (LoS) line of communication using the laser technology that has been developed. Topographic surveys and building planning are very important and required before building a BTS with an LOS. In this study, the Laser distance meter (rangefinder model) can measure the farthest distance up to 135 meters due to the limited area used. Experiments were applied to several objects to test the ability of the laser used and obtained the maximum distance of the TS832 transmission media reaching 70.7 meters.
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