In the recent years, geophysical methods have been applied successfully in archaeological studies. In this article we have studied the application of wavelet transform to magnetic data in order to estimate boundaries of various synthetic examples and real data. Enhanced Horizontal Derivative (EHD) method is also applied as an alternative method for boundary estimation. The performance of wavelet transform and the EHD method are evaluated using magnetic data of the Sarissa-Kusakli archaeological site. All boundary results are mutually compared. Based on these comparisons, we conclude that the wavelet transform provides reasonable results
This book reports on recent applications in biology and geoscience. Among them we mention the applic...
Abstract. The continuous wavelet transform is used to analyze potential fields and to locate their c...
International audienceMagnetotelluric (MT) data consist of the sum of several types of natural sourc...
The main goal of the proposed work is to delineate structural boundaries in a very complex geology e...
In this paper, a processing chain is proposed for enhancing larger‐scale building structures in magn...
In recent years, geophysical approaches are being frequently used in modelling and in pre-process be...
International audienceWe want to characterize and localize the depth of archaeological structures fr...
Abstract: A new method for regional-residual magnetic field data separation, in wavelet domain, is s...
Geophysical signal processing techniques attempt to extract hidden information from a data set. In c...
Abstract:- Various levels and types of noise are responsible for hindering the valuable information ...
In this study, we demonstrate wavelet analysis as a method of delineating the boundaries of subsurfa...
We consider the use of the continuous wavelet transform in the interpretation of potential field dat...
In the magnetotelluric (MT) method, naturally occurring electromagnetic fields are used to study th...
In recent years, geophysical approaches are being commonly used in modeling and pre-processing of ex...
In this study, Wavelet analysis is applied to gravity anomaly data in which geophysical data. Study ...
This book reports on recent applications in biology and geoscience. Among them we mention the applic...
Abstract. The continuous wavelet transform is used to analyze potential fields and to locate their c...
International audienceMagnetotelluric (MT) data consist of the sum of several types of natural sourc...
The main goal of the proposed work is to delineate structural boundaries in a very complex geology e...
In this paper, a processing chain is proposed for enhancing larger‐scale building structures in magn...
In recent years, geophysical approaches are being frequently used in modelling and in pre-process be...
International audienceWe want to characterize and localize the depth of archaeological structures fr...
Abstract: A new method for regional-residual magnetic field data separation, in wavelet domain, is s...
Geophysical signal processing techniques attempt to extract hidden information from a data set. In c...
Abstract:- Various levels and types of noise are responsible for hindering the valuable information ...
In this study, we demonstrate wavelet analysis as a method of delineating the boundaries of subsurfa...
We consider the use of the continuous wavelet transform in the interpretation of potential field dat...
In the magnetotelluric (MT) method, naturally occurring electromagnetic fields are used to study th...
In recent years, geophysical approaches are being commonly used in modeling and pre-processing of ex...
In this study, Wavelet analysis is applied to gravity anomaly data in which geophysical data. Study ...
This book reports on recent applications in biology and geoscience. Among them we mention the applic...
Abstract. The continuous wavelet transform is used to analyze potential fields and to locate their c...
International audienceMagnetotelluric (MT) data consist of the sum of several types of natural sourc...