在保加利亚境内建立地理信息系统方面的大地测量和地理信息方面

I. Kunchev
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引用次数: 3

摘要

本文介绍了作者在保加利亚境内根据《大地测量学和制图法》建立地理信息系统方面的现状和观点。这项法律关于这个问题的规定是从2006年开始生效的,到目前为止,还没有正式公布关于这方面行动的信息,除了创建和维护网络应用程序,其中包含保加利亚地理数据库的材料和数据信息以及保加利亚的地理名称信息。在概念层面上,根据ISO/TC 211 -地理信息/地理信息学、开放地理空间联盟和国家立法的标准和技术规范,对该问题的一些重要大地测量学和地理信息方面进行了评论和分析。该研究的主要发现与应用系统方法的客观需要有关,系统方法应导致结果效应大于单个效应之和的关系,即。产生协同作用。根据《大地测量学和地图学法》的规定,为满足大地测量学和地图学的需要,必须建立一个地理信息系统,该系统包括:保加利亚共和国境内的统一数字模型,其内容和精度分别对应于1:5 000和1:10 000的比例尺的大比例尺地形图;大地测量和地形数据库;地名数据库;地理空间数字模型。在这方面,所考虑的地理信息系统必须在所有方面提供与空间规划有关的所有活动。
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GEODETIC AND GEOINFORMATION ASPECTS IN CONNECTION WITH THE CREATION OF A GEOINFORMATION SYSTEM FOR THE TERRITORY OF BULGARIA
The article presents the current state and views of the author in connection with the creation of a Geoinformation system for the territory of Bulgaria within the meaning of the Geodesy and Cartography Act. The provisions of this law on this issue are from its entry into force, i.e. since 2006 and so far, there is no officially published information on actions in this direction, except for the creation and maintenance of Web applications with information on materials and data from the Bulgarian Geocartfond and information on geographical names in Bulgaria. At the conceptual level and in accordance with the standards and technical specifications of the ISO/TC 211 - Geographic information/Geomatics, the Open Geospatial Consortium and the national legislation some important geodetic and geoinformation aspects of the issue are commented and analyzed. The major findings of the research are related to the objective need to apply a systematic approach, which should lead to relationships in which the resulting effect is greater than the sum of the individual effects, ie. to lead to synergy. According to the provisions of the Geodesy and Cartography Act, for the needs of Geodesy and Cartography a Geoinformation system must be created, which consists of: unified digital model on the territory of the Republic of Bulgaria, corresponding in content and accuracy of large-scale topographic map at a scale of 1: 5000, respectively 1:10 000; geodetic and topographic databases; database of geographical names; geospatial digital models. In this aspect, the considered Geoinformation system must provide all activities related to spatial planning in all its aspects.
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