3D surface model
We set the -- measuring lines at parallel, and -- lines at the closes the parallel lines to check the direction of ditches (Fig.-2).
At first, we measured the height of the surface each 5m in measuring lines. This data showed the 3D surface model of the test field (Fig.-3), and gives the slope data of each measuring lines.
Figure 3 3D surface model
Radar data
Radar row data is the 2D data of the resistance of the soil, is considerable by water content, the size of soil particle, and soil corrosion (Fig.-4). These resistances are showed by color bar code due to the strength. This color bar code are able to change and treat by the changing of resistance value.
Each data will show the close section of the under ground images.
In order to make 3D model, we collected the parallel data to Fig.-5.
Figure 4 Row Radar data
Figure 5 Treatment data
Figure 6 3D Visualization of ditch
Conclusion
Geo Radar data will give the unknown information to archaeologists, and they can forecast to the archaeological sites before excavations.
3D visual data will show more understandable images to consider the archaeological sites.