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Mobile Network Experience in Forest Research and Conservation Areas

机译：森林研究与保护区的移动网络经验

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摘要

The availability of mobile network connections in conservation forest areas is very important for institutions in the forestry sector for research, development, and technological innovation on biodiversity. This study aims to evaluate the mobile network experience in forest conservation areas for the research needs, development, and technological innovation in forestry. This study aims to evaluate the availability of mobile networks in the research plot forest in the Henry Bastaman track, Joko Mulyono track, and the Wartono Kadri track in the conservation forest area Samboja, East Borneo. The measurement method uses a drive-test operator benchmarking approach to measure network parameters such as downlink, uplink, browser-web, and video streaming. Evaluation results are obtained based on the key performance parameter Quality of Service Experience (QoSE) multimedia network (ITU-T G.1010) for web browsing, download and upload, and video streaming experiences in poor network availability categories. The research contribution shows that the main factor of network failure in forest areas due to the influence of NLOS is related to the geographical condition of the forest (tree cover, hilly areas). In addition, there are limitations to infrastructure networks such as Base Transceiver Station (BTS).
机译：保护林区移动网络连接的可用性对于林业部门的研究，开发和技术创新对生物多样性的制度非常重要。本研究旨在评估林业研究需求，发展和技术创新的森林保护领域的移动网络经验。本研究旨在评估Henry Bastaman Track，Joko Mulyono Track，Joko Mulyono Track的研究情节林和Wartono Kadri轨道的移动网络在Samboja，East Bordeo的森林地区。测量方法使用驱动器测试操作员基准测试方法来测量下行链路，上行链路，浏览器 - Web和视频流等网络参数。评估结果是基于服务经验的关键性能参数质量（QOSE）多媒体网络（ITU-T G.1010）用于Web浏览，下载和上传以及在不良网络可用性类别中的视频流体验。该研究贡献表明，由于NLO的影响导致森林地区网络故障的主要因素与森林（树封面，丘陵地区）的地理状况有关。此外，基础设施网络（如基础收发信站）（BTS）存在局限性。

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