Yazar "Durduran S.S." seçeneğine göre listele

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    Analysis of pedestrian accidents using a geographical information system (GIS) in Konya city, Turkey
    (2013) Avci C.; Durduran S.S.
    Traffic accidents occur due to people, vehicles and the environment. They are caused by drivers' carelessness, excessive speed, because of, for example, human failings and a mechanical glitch occurring in vehicles, and environmental factors such as heavy fog or snowy weather. Therefore, to minimize traffic accidents, multi-faceted measures have to be taken. In order to avoid irreversible losses three parameters are separately focused upon. One of the parameters is of a person who is located in traffic as a driver or passenger in a vehicle, or outside of the vehicle as a stationary or moving pedestrian. In this study pedestrian accidents which occurred between the years 2005-2006 and 2011-2012 will be discussed. Using GIS technologies, spatial analysis will be performed and, in order to focus attention on the environment, an attempt to achieve check out measures from different perspectives will be made. Also in this study the decisions with outcomes will be evaluated on a spatial basis so as to create a base in order to be more effective. © 2013 WIT Press.
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    GIS integration of data collected by mobile GPSSIT
    (International Society for Photogrammetry and Remote Sensing, 2007) Durduran S.S.; Çorumluo?lu Ö.; Kalayci D.; Gül F.
    Rapid developments in information technologies widespread the applications of GIS in several professional disciplines. Technological improvements in mapping processes especially impact of GPS facilitated rapid, complete and reliable data collection even for GIS. Mobile GPSSIT (GPS Sanal Istasyon Teknigi - GPS Virtual Station Technique) taking advantage of GPS has been developed as a detail measurement technique integrating GPS stop and go measurement technique and total station on pick-up truck. By this technique, it is possible to produce data accurately, rapidly and practically and in low cost. In this study, Mobile GPSSIT was applied in the regional of Selcuk University houses for staffs, to obtain 3D digital data for details. In addition to those data, non-locational one was also collected to integrate both data in ArcGIS 9.0 GIS software. After this data integration, queries, analyses and a 3D model for the region were conducted and integration problems were also emphasized. © 2007 International Society for Photogrammetry and Remote Sensing. All rights reserved.