Introduction The quality of ground penetrating radar data can suffer from many different sources of noise. Some of these sources are varying distances of the antennas to the ground due to rough surfaces, different surface conditions (e.g. compression due to tractor tracks), external electromagnetic fields and instrumental noise and instabilities (Seren, 2007). Analyses of recorded raw data and knowledge of the source of noise lead to specialised processing methods to improve the signal-to-noi..
Advanced GPR processing is applied to reconstruct burried archaeological structures at Axum (etiopia
Abstract—In three field seasons, the Roman towns Falerii Novi and Interamna Lirenas (Lazio, Italy) w...
The archaeological area of Pompeii (Naples, Italy) is worldwide known as one of the most remarkable ...
Ground penetrating radar was used for mapping the layout of a Roman villa rustica. Adjacent rescue e...
Several radar surveys were conducted on the site of the Villa Romana da Tourega with a Sensors and S...
Multiple antenna GPR data provide excellent results when using 3d migration. 3d migration must be pe...
A Ground-penetrating Radar (GPR) survey can enhance the quantity and quality of information when app...
We propose a novel procedure for the analysis and interpretation of Ground-Penetrating Radar (GPR) d...
Geophysical methods, and particularly ground penetrating radar (GPR), have been increasingly applied...
The traditional excavation tools applied to Archaeology (i.e. trowels, shovels, bulldozers, etc.) pr...
In the last ten years, ground-penetrating radar (GPR) has become one of the most valuable methods fo...
The ground penetrating radar (GPR) technique was used to investigate the subsurface in an urban area...
Recording of ground-penetrating radar data is very time consuming compared to other geophysical pros...
A G.P.R. survey was recently carried out in the «Laurentina - Acqua acetosa» archaeological site nea...
This paper presents the results of a research study where ground penetrating radar (GPR) was success...
Advanced GPR processing is applied to reconstruct burried archaeological structures at Axum (etiopia
Abstract—In three field seasons, the Roman towns Falerii Novi and Interamna Lirenas (Lazio, Italy) w...
The archaeological area of Pompeii (Naples, Italy) is worldwide known as one of the most remarkable ...
Ground penetrating radar was used for mapping the layout of a Roman villa rustica. Adjacent rescue e...
Several radar surveys were conducted on the site of the Villa Romana da Tourega with a Sensors and S...
Multiple antenna GPR data provide excellent results when using 3d migration. 3d migration must be pe...
A Ground-penetrating Radar (GPR) survey can enhance the quantity and quality of information when app...
We propose a novel procedure for the analysis and interpretation of Ground-Penetrating Radar (GPR) d...
Geophysical methods, and particularly ground penetrating radar (GPR), have been increasingly applied...
The traditional excavation tools applied to Archaeology (i.e. trowels, shovels, bulldozers, etc.) pr...
In the last ten years, ground-penetrating radar (GPR) has become one of the most valuable methods fo...
The ground penetrating radar (GPR) technique was used to investigate the subsurface in an urban area...
Recording of ground-penetrating radar data is very time consuming compared to other geophysical pros...
A G.P.R. survey was recently carried out in the «Laurentina - Acqua acetosa» archaeological site nea...
This paper presents the results of a research study where ground penetrating radar (GPR) was success...
Advanced GPR processing is applied to reconstruct burried archaeological structures at Axum (etiopia
Abstract—In three field seasons, the Roman towns Falerii Novi and Interamna Lirenas (Lazio, Italy) w...
The archaeological area of Pompeii (Naples, Italy) is worldwide known as one of the most remarkable ...