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DETECTION OF PARAGLIDING FIELDS BY GIS 滑翔伞场的gis检测
IF 1.9 Pub Date : 2018-10-01 DOI: 10.26833/IJEG.413833
Ç. Şimşek, T. Türk, Halime Ödül, M. Çelik
In this study, alternative flying fields suitable for paragliding which is one of nature sports within the boundaries of Sivas province, Turkey were automatically determined by Geographical Information Systems (GIS) analyses and the developed user interface program by taking into account the international technical conditions required for flying. The suitabil it y of these fields determined was checked with the flight tests performed in company with the experienced paragliding pilot, and they were proposed as nature tourism areas. With this study carried out, it was ensured that the paragliding fields, which are mainly determined by observational and experimental methods, were scientifically determined in accordance with the international technical specification criteria. Furthermore, a new method has been developed to be able to automatically determine alternative paragliding fields in any city with the help of the introduced GIS-based system and user interface program. Nowadays, people living in the city tend to get away from the city and integrate with nature as they find the opportunity to keep away from stress in terms of current living conditions and their effects. This situation is increasing the interest in nature tourism and orientation to nature sports with each passing day. One of nature sports is also paragliding.
在本研究中,通过地理信息系统(GIS)分析和开发的用户界面程序,考虑到飞行所需的国际技术条件,自动确定了适合土耳其锡瓦斯省境内自然运动之一滑翔伞的替代飞行场。通过与经验丰富的滑翔伞飞行员一起进行的飞行测试,对这些区域的适宜性进行了检查,并建议将其作为自然旅游区。通过这项研究,确保了主要通过观测和实验方法确定的滑翔伞场地是根据国际技术规范标准科学确定的。此外,借助引入的基于GIS的系统和用户界面程序,开发了一种新的方法,可以自动确定任何城市的备选滑翔场。如今,生活在城市中的人们往往会远离城市,融入自然,因为他们发现有机会从当前的生活条件及其影响中摆脱压力。这种情况日益增加了人们对自然旅游的兴趣和对自然运动的兴趣。自然运动之一也是滑翔伞。
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引用次数: 5
GIS AND THREE-DIMENSIONAL MODELING FOR CULTURAL HERITAGES GIS与文化遗产三维建模
IF 1.9 Pub Date : 2018-06-01 DOI: 10.26833/ijeg.378257
Y. Doğan, M. Yakar
Cultural heritages are the history of the nations, and history forms the identities of the nations. Therefore, protection of cultural heritages means protection of the history and identity of the nations. Identification of the current status of cultural heritages is important for documentation, preservation, and for use as a base for restoration. Documentation studies need robust and scientific methods. GIS and photogrammetry have recently been the most commonly used scientific methods for documenting cultural heritages. In documentation studies, digital terrestrial photogrammetry is one of the main methods of processing information of historical monuments on computers according to GIS and documenting it in three dimensions. In this study for documentation, all data of 46 historical monuments located in Silifke/Mersin were collected and transferred to a database so that it is made queryable. Some of those heritages were reconstructed as 3D models by the use of photogrammetric techniques. Finally, 3D Models were integrated into the system for presentation.
文化遗产是民族的历史,历史形成了民族的身份。因此,保护文化遗产意味着保护民族的历史和特性。识别文化遗产的现状对于文献记录、保存和作为修复基础的使用至关重要。文献研究需要稳健和科学的方法。地理信息系统和摄影测量已成为记录文化遗产最常用的科学方法。在文献学研究中,数字地面摄影测量是根据GIS在计算机上处理历史遗迹信息并进行三维记录的主要方法之一。在这项文献研究中,收集了位于Silifke/Mersin的46处历史遗迹的所有数据,并将其转移到数据库中,以便进行查询。其中一些遗产通过摄影测量技术重建为三维模型。最后,将三维模型集成到系统中进行演示。
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引用次数: 46
COMPARISON OF REGIONAL AND GLOBAL TEC VALUES: TURKEY MODEL 区域和全球技术价值的比较:土耳其模式
IF 1.9 Pub Date : 2018-06-01 DOI: 10.26833/ijeg.382604
F. Basciftci, C. Inal, O. Yildirim, Sercan Bülbül
The ionosphere is a layer of atmosphere 60 km to 1,100 km above the earth and is composed of solar rays and ionized gases. The ionosphere is an important layer affecting Global Navigation Satellite System (GNSS) measures. The quality of GNSS measures is directly related to the changes in the ionosphere. For this reason, monitoring changes in the ionosphere is quite important. One of the important parameters expressing the characteristic of the ionosphere is the Total Electron Content (TEC), which is a function of electron density exhibiting transformation with solar radiation. In this study, 68 stations including 56 TUSAGA-Active (CORS-TR) stations and also IGS stations were taken for evaluation. Bernese v5.2 GNSS software developed by Bern University of Switzerland was employed at the evaluation stage. From 2009 until 2015, TEC values were calculated at two hourly intervals, one day for each month. In the study, where a Single Layer Model was used, TEC values obtained from GNSS measurements have been compared with the TEC (IRI-2012 TEC) values obtained from the global ionosphere map (GIM-TEC) and the international ionosphere reference model programme published by the Centre for Orbit Determination in Europe (CODE), the European Space Agency (ESA), and the Jet Propulsion Laboratory (JPL).
电离层是地球上方60公里至1100公里的大气层,由太阳射线和电离气体组成。电离层是影响全球导航卫星系统(GNSS)测量的一个重要层。全球导航卫星系统测量的质量与电离层的变化直接相关。因此,监测电离层的变化非常重要。表示电离层特征的重要参数之一是总电子含量(TEC),它是电子密度随太阳辐射变化的函数。在本研究中,选取了68个站点进行评估,其中包括56个TUSAGA Active(CORS-TR)站点和IGS站点。评估阶段采用了瑞士伯尔尼大学开发的Bernese v5.2 GNSS软件。从2009年到2015年,TEC值每隔两小时计算一次,每月计算一天。在使用单层模型的研究中,将从全球导航卫星系统测量中获得的TEC值与从全球电离层图(GIM-TEC)和欧洲轨道确定中心(CODE)、欧洲航天局(ESA)和喷气推进实验室(JPL)发布的国际电离层参考模型方案中获得的TC值(IRI-2012 TEC)进行了比较。
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引用次数: 10
ANALYSIS OF THE UTILITY OF THE UNMANNED AERIAL VEHICLE (UAV) IN VOLUME CALCULATION BY USING PHOTOGRAMMETRIC TECHNIQUES 利用摄影测量技术分析了无人机在体积计算中的应用
IF 1.9 Pub Date : 2018-06-01 DOI: 10.26833/IJEG.377080
A. Ulvi
Together with developments in software technology, various interpolation methods allow terrain surfaces to be better identified. The accuracy rate in volume calculations is directly proportional with representation in the best form. The non-metric cameras, which are assembled to unmanned aerial vehicles (UAVs), provide convenience in the photogrammetric measurements. Sensitive images are obtained with less cost by the use of unmanned aerial vehicles .  The purpose of this study was to take photos from the air with the help of UAVs and to make volume calculations by using photogrammetric techniques. At the end of the study, the photogrammetric method had been completed in a shorter period than with the traditional method. The values found as the result of both methods have been found to be compatible with each other in the ratio of 99.33% in terms of sensitivity.
随着软件技术的发展,各种插值方法可以更好地识别地形表面。体积计算的正确率与最佳形式的表示成正比。装配在无人机上的非公制相机为摄影测量提供了方便。利用无人机以较低的成本获得敏感图像。本研究的目的是在无人机的帮助下从空中拍摄照片,并利用摄影测量技术进行体积计算。在研究结束时,摄影测量法比传统方法在更短的时间内完成。两种方法的测定结果在灵敏度方面具有99.33%的一致性。
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引用次数: 26
DETERMINATION OF BUILDING MATERIALS WITH IR-THERMOGRAPHY IN HISTORICAL BUILDINGS 历史建筑中建筑材料的红外光谱测定
IF 1.9 Pub Date : 2018-06-01 DOI: 10.26833/ijeg.380752
U. Avdan, O. Kaplan, Gordana Kaplan
Lately, IR thermography is frequently applied for important purposes in monitoring buildings such as energy leaking, ventilating and air-conditioning installations, electrical and mechanical installations, moisture detection etc. Nondestructive monitoring methods are essential in case of monitoring historical buildings. It is curtail not to destruct any part of the buildings, which are historically important. Therefore, nondestructive methods need to be used while monitoring this kind of buildings. In this study, IR-Thermography was used in order to distinguish different construction materials that were used to build the walls of a historical building. The thermal monitoring was made with Optris PI-450 long wave infrared camera. The results showed that IR monitoring can be useful to distinguish the building materials without destroying the investigated buildings’ plaster or facing. It is observed that the best results can be achieved on higher temperatures at IR-Thermography.
近年来,红外热像仪经常被用于监测建筑物的重要目的,如能源泄漏、通风和空调装置、电气和机械装置、湿度检测等。在监测历史建筑的情况下,无损监测方法是必不可少的。禁止破坏具有重要历史意义的建筑物的任何部分。因此,在监测这类建筑时需要使用无损检测方法。在这项研究中,使用红外热像仪来区分用于建造历史建筑墙壁的不同建筑材料。热监测采用Optris PI-450长波红外相机。结果表明,红外监测可以在不破坏被调查建筑灰泥或饰面的情况下,对建筑材料进行区分。观察到,在IR热成像中,在较高的温度下可以获得最佳结果。
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引用次数: 3
REAL TIME VECTOR DATABASE UPDATING SYSTEM: A CASE STUDY FOR TURKISH TOPOGRAPHIC VECTOR DATABASE (TOPOVT) 矢量数据库实时更新系统&以土耳其地形矢量数据库为例
IF 1.9 Pub Date : 2018-06-01 DOI: 10.26833/IJEG.383054
A. Yilmaz, Mustafa Caniberk
Turkish Topographic Vector Database (TOPOVT) is a 3D vector database comprising 1:25.000 scale or higher resolution topographic features, contours representing the topography and geographic names. TOPOVT is the basic geographic data source for our country mapping and base for GIS applications. Feature collection stage of TOPOVT will soon be completed by covering whole Turkey. The updating works have already begun and will go on with an acceleration in 2018.   Real time or near real time updating of continuously changing geographic features in our country as far as possible and avoiding the duplicate geographic data production by governmental institutions are the main objectives of General Command of Mapping which is the biggest geographic data producer in basic scales in Turkey. TOPOVT Real Time Updating System was designed to provide all governmental institutions and municipalities producing and using geographic information via internet to update and easily access to TOPOVT. Most of the TOPOVT features are acquired by governmental institutions and municipalities according to their needs. TOPOVT Real Time Updating System is realized to avoid duplicate geographic data production countrywide and reflect the changes in topography to TOPOVT in real time or near real time. The software component of the system consists of desktop and android (or tablets) applications. The desktop application will enable governmental institutions and municipalities to update TOPOVT in their service areas according to their job definition without needing another software thus providing the TOPOVT users to make use of the up-to-date data. Android (tablet) application will provide the field geographic data collectors to access TOPOVT directly and to update the data in real time or in near real time unless 3G internet is available. By this system, all the governmental institutions needing topographic database for their applications will easily reach TOPOVT, make use of the data in their field works and present the data they produced to country use. Also, by avoiding the duplicate geographic data production, national sources will be utilized economically and effectively.
土耳其地形矢量数据库(TOPOVT)是一个三维矢量数据库,包括比例尺为1:25.000或更高分辨率的地形特征、代表地形和地理名称的等高线。TOPOVT是我国测绘的基础地理数据源,也是GIS应用的基础。TOPOVT的专题收集阶段将很快完成,覆盖整个土耳其。更新工作已经开始,并将在2018年加速进行。尽可能实时或接近实时地更新我国不断变化的地理特征,避免政府机构重复生产地理数据,是测绘总局的主要目标土耳其的鳞片。TOPOVT实时更新系统旨在通过互联网为所有生产和使用地理信息的政府机构和市政当局提供更新和方便访问TOPOVT的服务。TOPOVT的大部分功能是由政府机构和市政当局根据其需求获得的。实现了TOPOVT实时更新系统,避免了全国范围内重复的地理数据生成,并实时或接近实时地将地形变化反映到TOPOVT中。该系统的软件组件由桌面和安卓(或平板电脑)应用程序组成。桌面应用程序将使政府机构和市政当局能够根据其工作定义更新其服务领域的TOPOVT,而无需其他软件,从而为TOPOVT用户提供使用最新数据的机会。Android(平板电脑)应用程序将为现场地理数据采集器提供直接访问TOPOVT的功能,并实时或近乎实时地更新数据,除非3G互联网可用。通过该系统,所有需要地形数据库进行应用的政府机构都将很容易地访问TOPOVT,利用其实地工作中的数据,并将其生成的数据提供给国家使用。此外,通过避免重复的地理数据生成,将经济有效地利用国家来源。
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引用次数: 7
期刊
International Journal of Engineering and Geosciences
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