Author/Authors :
Eyo, E. E. Universiti Teknologi Malaysia - Faculty of Geoinformation Real Estate - Department of Geomatic Engineering, Malaysia , Musa, T. A. Universiti Teknologi Malaysia - Faculty of Geoinformation Real Estate - Department of Geomatic Engineering, Malaysia , Omar, K. M. Universiti Teknologi Malaysia - Faculty of Geoinformation Real Estate - Department of Geomatic Engineering, Malaysia , Idris, K. M. Universiti Teknologi Malaysia - Faculty of Geoinformation Real Estate - Department of Geomatic Engineering, Malaysia , Bayrak, T. Sinop University - Faculty of Engineering and Architecture - Department of Geomatics Engineering, Turkey , Onuigbo, I. C. Federal University of Technology - School of Environmental Technology - Department of Surveying Geoinformatics, Nigeria , Opaluwa, Y. D. Universiti Teknologi Malaysia - Faculty of Geoinformation Real Estate - Department of Geomatic Engineering, Malaysia
Abstract :
The main goal of our ongoing research is to design a low-cost continuous monitoring system for landslide investigation using the Reverse RTK (RRTK) technique. The main objectives of this paper are to review the existing Global Positioning System (GPS) tools and techniques used for landslide monitoring, and to propose a novel low-cost landslide monitoring technique using Reverse RTK GPS. A general overview of GPS application in landslide monitoring is presented, followed by a review of GPS deformation monitoring systems and some of the factors used for their categorization. Finally, the concept, principles and advantages of the proposed new landslide monitoring system are discussed.
Keywords :
Continuous landslide monitoring , Low , cost , Reverse RTK , GPS
