GEOINFORMATION SUPPORT FOR PAVEMENT’S STATE MANAGEMENT

Array

Authors

Keywords:

Array

Abstract

 GIS for highways & roads are able to solve such problems:

  • visualization and positioning of objects on electronic maps;
  • planning the allocation of material resources;
  • making information management decisions for the choice of pavement management strategy.

This range of GIS capabilities, as well as the need to process large volumes of information, stimulates the integration of roads GIS and pavement management systems (PMS). The large-scale implementation of GIS in PMS led to the creation of a GIS - integrated information system for pavement managing (PMIS). The most widespread are PMIS, in which GIS is designed as a platform on which PMIS is built on and operates. For solving PMIS problems, the most versatile are GIS, which are built using the ArcGIS platform, or using PostGIS, QGIS, MapServer, OpenLayers software. This is due to the wide capabilities of these systems in terms of analysis, data management, geocoding, working with raster images, automatic generation of network object diagrams.

Despite the existence of a general regulatory framework, the complexity of creating PMIS in Ukraine is due to:

  • the lack of documentation on a significant part of the roads which are in operation;
  • the lack of specialized software that allows one to combine the results of surveys conducted at different times and store heterogeneous data;
  • insufficient equipment of road agencies with modern equipment for the certification and inventory of the road network.

To create the conditions for the functioning of PMIS in Ukraine, it is necessary to:

  • conduct large-scale surveys of highways with the involvement of technical means that allow obtaining real-time data in digital form (satellite navigation systems, georadars, video diagnostics tools, deflectometers, remote sensing and laser scanning methods);
  • development of data analysis methods and software for solving problems of estimating and predicting the condition of pavement;
  • development of models and applications that implement scenarios of service strategies and predict the pavement state;
  • development of a PMIS model on the GIS platform using geodatabases.

 

Author Biographies

A. Batrakova, Kharkov National Automobile and Highway University

Doctor of Technical Sciences, Associate Professor, Head of Departament

S. Urdzik, Kharkov National Automobile and Highway University

assistant of Department

Y. Dorozhko, Kharkov National Automobile and Highway University

Ph.D., Associate Professor of Department

References

On the functioning and development of information support of the road sector: approved by the Order of Ukravtodor from 24.12.2015. № 362. Retrieved from: http://ukravtodor.gov.ua/4489/-normatyvnopravova_baza.html (accessed 20.01.2019)

Emad Alfar (2016) GIS-Based Pavement Maintenance Management Model for Local Roads in the UK : Submitted in Partial Fulfilment of the Requirements of the Degree of Doctor of Philosophy : Geoinformatics. The University of Salford, 261.

Smadi, O. (2004) Pavement Management and Information Technology : Remote Sensing, GIS, and GPS : 6th International Conference on Managing Pavements. Brisbane, Australia. 19-24 October. Retrieved from: https://trid.trb.org/-view/771275 (accessed 20.01.2019).

Hussein Mohammed Ahmed Elhadi. (2009) GIS, a Tool for Pavement Management : Master’s of Science Thesis in Geoinformatics : TRITA-GIT EX 09-02. School of Architecture and the Built Environment Royal Institute of Technology. Stockholm, 51.

David Michael Grass. (2007) Integration of GIS Into Pavement Management Systems for Low Volume County Roads : а Thesis Submitted in Partial Fulfillment of the Requirements for the Degree of Master of Science : Geographic Information Science and Technology. University of Auburn, 165.

Robert Grotefend. (2017) A Web GIS Application for Airport Pavement Management : а Thesis іn Partial Fulfillment of the Requirements for the Degree Master of Science : Geographic Information Science and Technology, University of Southern California, 78.

Kmetz Robert, J. (2011) GIS Based Pavement Maintenance: A Systematic Approach College of Technology Directed Projects, 36. Retrieved from: http://docs.lib.purdue.edu/techdirproj/36 (accessed 20.01.2019).

Nihat Morova, Serdal Terzi, Suleyman Gokova, Mustafa Karaşahin. (2016) Pavement Management Systems Application with Geographic Information System Method. Journal of Natural and Applied Sciences, 20, 1, 103-110.

Acquah, P. C., Fosu, C. (2017) Implementation of Geographic Information System Application in the Maintenance Management of Roads in Ghana: a Case Study of Roads in Kumasi Metropolis. American Journal of Geographic Information System, 6(3), 90-102.

Nor A. M. Nasir1, Khairul N. A. Maulud, Nur I.M. Yusoff. (2016) Geospatial Analysis of Road Distresses and the Relationship with the Slope Factor. Journal of Engineering Science and Technology, 11, 5, 655 – 665.

Kazuyuki Kubo (2017) Pavement Maintenance in Japan: Road Conference. International Symposium. Tokyo, Japan, 30 October. 2017 year. Retrieved from: https://www.road.or.jp/-international/pdf/32_AM6.pdf (accessed: 20.01.2019).

Timothy C. Rydholm, David R. Luhr. (2015) Visualizing Pavement Management Data at the Project Level : 9th International Conference on Managing Pavement Assets, Alexandria, 18-21 May. 2015 year. Retrieved from: http://hdl.handle.net/10919/56431 (accessed 20.01.2019).

Sukonnikov, O.G., Neretin, A.A., Guryev, V.A (2017) Analysis of the applicability of UAVs for geodetic control of roads under construction and maintenance. CAD and GIS highways, 2(9), 44-48.

Zatserkovniy, V.I., Burachek, V.G., Zheleznyak, O.O., Tereshchenko, A.O. (2014) Geographic information systems and databases. Nizhyn, NDU im. M. Hoholya, 492.

Zahming Zang, Michael T. McNemey, Tomas W. Rioux, W. Roland Hudson. (1998) Review of Current Geographic Information Systems Technology for TXDOT Pavement Management Information Systems : Report № FHWA/TX-99/1747-1. Texas Department of Transportation, 78 .

Asma Thamir Ibraheem, Dua’a Abd Al-Razq Falih. (2012) Applying Geographic Information System (GIS) for Maintenance Strategy Selection. Engineering, 4, 44-54.

Subhi M. Bazlamit, Hesham S. Ahmad, Turki I. Al-Suleiman (Obaidat). (2017) Pavement Maintenance Applications using Geographic Information Systems. Procedia Engineering, 182, 83-90.

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Published

2019-01-25

How to Cite

Batrakova, A., Urdzik, S., & Dorozhko, Y. (2019). GEOINFORMATION SUPPORT FOR PAVEMENT’S STATE MANAGEMENT: Array. Municipal Economy of Cities, 1(147), 27–34. Retrieved from https://khg.kname.edu.ua/index.php/khg/article/view/5348

Issue

Vol. 1 No. 147 (2019): Series: Engineering science and architecture

Section

статьи

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