The current state of the altitude network of Ukraine, study of the technical characteristics of level markings

I. Thevoho, E. Ilkiv, M. Galyarnyk
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Abstract

The goal is to determine the current state of points of height networks of I and II classes based on the analysis of technical characteristics of leveling points and regulatory documents with the aim of presenting the scientific and industrial geodetic community with author’s proposals. Method. The following methods of scientific knowledge – analysis, toponymic, etymological, statistical, systematic, historical, monographic, as well as methods – generalization, abstraction, concretization, were used to process the information on the technical characteristics of leveling points, presented on the geoportal of the State Government of Ukraine. The results. The quantitative and qualitative composition of leveling networks of the I and II classes is given, which showed together the technical and technological inconsistency of regulatory documents with the current state of the leveling (altitude) network, which necessitates the use of complex methods for monitoring leveling points on the territory of Ukraine. Scientific novelty. A comprehensive analysis of the information source on the state (technical characteristics) of leveling networks of I and II classes, which is the geoportal of the State Ministry of Ukraine, with the analysis of the provisions of the relevant regulatory documents, is the basis for the development of scientific and technical proposals for the long-term operation of leveling points of the State Ministry of Ukraine and will allow to identify weak aspects of their functioning caused by changes in their surrounding environment. The practical significance of the work shows the inconsistency of the provisions of the instructions and orders during monitoring of the state of leveling points and. accordingly, during the preparation of reporting documentation, which is due to the large number of types of centers, benchmarks of brands in leveling networks of I and II classes, as well as a significant amount of available at all levels, different in terms of physical and historical information about the surrounding environment of leveling points, proposals are proposed to solve the scientifically identified – technical contradictions when using leveling networks of I and II classes. The basis of the scientific proposals is the long-term scientific research conducted by the authors.
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乌克兰高程网的现状,研究水平标线的技术特点
目的是在分析水准点技术特征和规范性文件的基础上,确定 I 级和 II 级高程网点的现状,以便向科学和工业大地测量界提出作者的建议。方法。使用了以下科学知识方法--分析、地名学、词源学、统计学、系统学、历史学、专论,以及方法--概括、抽象、具体化,来处理乌克兰国家政府地理门户网站上提供的有关水准点技术特征的信息。结果。给出了 I 级和 II 级水准测量网络的定量和定性组成,同时显示了规范性文件与水准测量(海拔)网络现状在技术和工艺上的不一致性,这就需要使用复杂的方法来监测乌克兰领土上的水准测量点。科学新颖性。对 I 级和 II 级水准测量网络状态(技术特征)信息源(即乌克兰国家部委的地理门户网站)的综合分析,以及对相关规范性文件规定的分析,是为乌克兰国家部委水准测量点的长期运行制定科学和技术建议的基础,并将有助于确定因周围环境变化而导致的水准测量点运行的薄弱环节。这项工作的实际意义在于,在监测夷平点状态和编制报告文件期间,由于 I 级和 II 级夷平网络中存在大量类型的中心、品牌基准以及大量各级可用的、不同的夷平点周围环境物理和历史信息,指示和命令的规定不一致,因此提出了建议,以解决在使用 I 级和 II 级夷平网络时科学确定的技术矛盾。科学建议的基础是作者进行的长期科学研究。
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