Potential fields are passive methods. They are based on the measurement of the Earth’s natural gravimetric and magnetic fields. In gravimetry, geophysicists measure the vertical component of the gravitational acceleration vector with great precision. In the case of magnetism, it is possible to measure the three components of the magnetic field vector or, more commonly, a single component called the total field. It refers to the direction of the main field that originates in the liquid outer core of the Earth…
We interviewed Vincenzo Lipari, Paolo Bestagini and Francesco Picetti from the Information and Bioengineering department of the Politecnico di Milano.
They all work on various geophysical activities of the ISPL laboratory. ISPL belongs to the electronics, information and bioengineering department of the Politecnico di Milano.
The Image and Sound Processing Lab (ISPL) of the Dipartimento di Elettronica, Informazione e Bioingegneria (DEIB) of the Politecnico di Milano has more than twenty years of experience on applying advanced signal processing and machine learning techniques to multidimensional data.
In the last five years, ISPL has extended the field of application of its expertise to geophysical data. This has been possible due to the deep knowledge on seismic data processing that is present at DEIB thanks to Prof. Fabio Rocca and by Prof. Giuseppe Drufuca.
The Italian EAGE-SEG Section interviewed Aldo Vesnaver and Eleonora Denich, INOGS geophysical researchers, about the current applications and future perspectives on Seismic Inversion techniques, focusing on Machine Learning and Artificial intelligence.
The Italian EAGE-SEG Sectioninterviewed Massimo Fervari about the current applications and future perspectives onSeismic Inversion techniques, a technical topic with enormous implicationson the E&P activities of Energy Companies.Seismic Inversion has several applications and Massimo’s brain is certainly among the most passionate ones to pick.