在耶尔加瓦皮尔斯岛领土的调查过程中使用遥感技术的可能性

A. Celms, V. Pukite, I. Reke, J. Luksa
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引用次数: 0

摘要

在研究中,描述了城堡岛南部的耶尔加瓦的三维地表起伏模型的创建。综述和分析了遥感信息、遥感技术的历史发展,以及遥感技术、摄影测量和激光扫描技术的发展方向。摄影测量和激光扫描的工作原理和方法。从无人机规划、数据捕获和对齐到最终产品-地面地形模型,有关地面地形模型创建的信息。数据评价的应用。本研究的目的-在耶尔加瓦为城堡岛南部创建3D表面浮雕模型。研究的任务-考虑摄影测量及其过程的发展和改进,以及激光扫描的发展及其工作原理;研究、分析和描述激光扫描的工艺过程;在耶尔加瓦创建城堡岛南部的3D地形模型;对所获得的表面模型进行比较,描述激光扫描的应用。地表起伏模型的制备是一个耗时的过程,包括飞行计划和最终产品的制备。激光扫描数据处理的最终产品在大地测量和建筑等领域有着广泛的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Possibilities of use of remote sensing technology in survey process in the territory of Pils island in Jelgava
In the study, creation of 3D surface relief model in Jelgava, for southern part of the Castle Island is depicted. Information about remote sensing, its historical development, as well as directions of remote sensing, development of photogrammetry and laser scanning is summarized and analysed. Principles of work and methods of photogrammetry and laser scanning. Information about creation of surface relief model from planning of unmanned aircraft, data capture and alignment to the end product – surface relief model. Application of evaluation of data obtained. The purpose of the study – to create 3D surface relief model in Jelgava, for the southern part of the Castle Island. Tasks of the study – to consider development and improvement of photogrammetry and its processes, as well as development of laser scanning and principles of its work; to research, analyse and describe technological processes of laser scanning; to create 3D surface relief model in Jelgava, for the southern part of the Castle Island; to perform comparison of surface models obtained and describe application of laser scanning. Preparation of surface relief model is time-consuming process, which includes flight planning and preparation of end-product. End-products obtained in data processing of laser scanning have very broad usage in many sectors related to geodesy and construction.
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