This paper reviews and evaluates the potential use of modern visualization techniques in
archaeology. It suggests the need to apply and develop such techniques as a central part of …

GPR has been widely acknowledged as an effective and efficient technique for imaging the
subsurface. But the process of constructing 3D GPR images (C-scans) is still subjective and …

Cavities under urban roads have increasingly become a great threat to traffic safety in many
cities. As a quick, effective, and high-resolution geophysical method, ground-penetrating …

We evaluate the applicability and the effectiveness of the GPR attribute analysis for
archaeological purposes and we test the attribute analysis on GPR data obtained in the river …

Countless subsurface voids in urban areas of cities threaten people's lives and property. A
workflow for automatically identifying subsurface voids from ground penetrating radar (GPR) …

Three–dimensional (3D) ground–penetrating radar (GPR) represents an efficient high–
resolution geophysical surveying method allowing to explore archaeological sites in a non …

Ground-penetrating radar (GPR) is an established geophysical technique used extensively
for the accurate reconstruction of the shallow (< 10 m) subsurface. Reconstructions have …

The search for unmarked and clandestine graves is a labor-intensive, time-consuming, and
often frustrating task. Several geo-physical methods are available, which can be expediently …

We propose a novel procedure for the analysis and interpretation of Ground-Penetrating
Radar (GPR) data from archaeological data and we test the method in challenging …

In the current study, the structural damage that took place on the historical Diyarbakır City
Walls province was investigated by performing nondestructive testing methods. This …