Sudarman
The process of monitoring deformation with terrestrial survey requires quite a long time and GNSS surveys cannot be done optimally if land cover around the road and bridge blocks the GPS signal. The purpose of this community service monitors road deformation and bridges using cellular mapping system technology with a lines and bridge visualization in 3D. The method used is a direct approach to the field and takes data from the survey. The results of this activity processing cloud data on the colored road surface point of the image and coordination with the global coordinate system using Maptek I-Site Studio 6.0 is a three-dimensional form. The accuracy of Topcon IP-S3 HD1 to measure the road using the MMS method is 1,532 meters for Eastin coordinates 2.158 meters for Northing coordinates; and 1,960 for high value. Keywords: road deformation, cellular mapping, 3D visualization.
Application of appropriate technology, how many artwork / design / architecture / regional planning
Some technical factors in the field and data processing. In duration, MMS It takes two hours to scan the road conditions with the length of the road � 9.12 km. That is MMS fast enough to inventory road conditions