FALORNI, PIERLUIGI
FALORNI, PIERLUIGI
Ingegneria dell'Informazione
3-D radar imaging of buried utilities by features estimation of hyperbolic diffraction patterns in radar scans
2004 Falorni, Pierluigi; Capineri, Lorenzo; Masotti, Leonardo; Pinelli, G.
A data pair-labelled generalised Hough transform for radar location of buried objects
2014 C.G. Windsor; L. Capineri ; P. Falorni
A Data Point-labelled Generalised Hough Transform for ExtractingReflections from Buried Objects in Ground Penetrating RadarScans
2007 C.G Windsor; G. Borgioli; P. Falorni; L. Capineri; B. Morini; S. Matucci
A Hologram Reconstruction Algorithm for Landmine Recognition and Classification Based on Microwave Holographic Radar Data
2018 G. Borgioli ; L. Bossi ; L. Capineri ; P. Falorni ; T. Bechtel ; F. Crawford ; M. Inagaki ; G. Pochanin ; V. Ruban ; L. Varyanitza-Roschupkina ; T. Ogurtsova
A Single Display for RASCAN 5-frequency 2-polarisation Holographic Radar Scans
2009 Windsor, C. G.; Bulletti, Andrea; Capineri, Lorenzo; Falorni, Pierluigi; Valentini, Samuela; Borgioli, Giovanni; Inagaki, M.; Bechtel, T. D.; Bechtel, E.; Zhuravlev, A. V.; Ivashov, S. I.
A survey of electromagnetic characteristics of soils in the Donbass region (Ukraine) for evaluation of the applicability of GPR and MD for landmine detection
2016 Bechtel, T.; Truskavetsky, S.; Capineri, L.; Pochanin, G.; Simic, N.; Viatkin, K.; Sherstyuk, A.; Byndych, T.; Falorni, P.; Bulletti, A.; Giannelli, P.; Ruban, V.; Varyanitza-Roschupkina, L.; Bechtel, M.
Advanced Image Processing for 3-D Radar scans for mine detection
2001 L. CAPINERI; G. DAVOLI; P. FALORNI; L. MASOTTI; C. WINDSOR
Analysis of Time Domain Ultra-wide-band Radar Signals Reflected by Buried Objects
2007 P. Falorni; L. Capineri; L. Masotti; C.G. Windsor
Antipersonnel Landmines Detection by Holographic Radar Imaging: An Experimental Study of Soil Effects
2009 ] T. D. BECHTEL; E. BECHTEL; G. BORGIOLI; A. BULLETTI; L. CAPINERI; P. FALORNI; M. INAGAKI; S. I. IVASHOV; C.G. WINDSOR; A.V. ZHURAVLEV
Application of the Holographic Radar RASCAN to Cultural Heritage Inspection
2008 L. Capineri; P. Falorni; G. Borgioli; T. Bechtel; S. Ivashov; A. Zhuravlev; M. Paradiso; G. Cartocci
Application of the Industry 4.0 paradigm to the design of a dual GPR system for Humanitarian Demining
2019 T. Bechtel,Gennadiy Pochanin, Vadym Ruban , Tetiana Ogurtsova, O. Orlenko, I. Pochanina, P. Kholod, Lorenzo Capineri,Pierluigi Falorni , A. Bulletti, Mattia Dimitri, Luca Bossi, F. Crawford,
Application of the Industry 4.0 Paradigm to the Design of a UWB Radiolocation System for Humanitarian Demining
2018 Pochanin, Gennadiy; Ruban, Vadym; Ogurtsova, Tetiana; Orlenko, Oleksandr; Pochanina, Iryna; Kholod, Pavlo; Capineri, Lorenzo; Falorni, Pierluigi; Bulletti, Andrea; Dimitri, Mattia; Bossi, Luca; Bechtel, Timothy; Crawford, Fronefield
Automatic detection of buried pipes from ground penetrating radar data
2005 P. FALORNI; L. CAPINERI; L. MASOTTI; G. ALLI; G. PINELLI
Automatic Detection of Subsurface Objects with the Impulse GPR of the UGO-1st Robotic Platform
2020 Ruban, Vadym; Capineri, Lorenzo; Bechtel, Timothy; Pochanin, Gennadiy; Falorni, Pierluigi; Crawford, Fronefield; Ogurtsova, Tetiana; Bossi, Luca
Background Removal for the Processing of Scans Acquired with the, “UGO-1st”, Landmine Detection Platform
2019 Capineri, L.; Bechtel, T.; Falorni, P.; Borgioli, G.; Bossi, L.; Pochanin, G.; Ruban, V.; Pochanin, O.; Ogurtsova, T.; Crawford, F.
Buired mine classification from three dimensional radar data
2002 L. CAPINERI; WINDSOR C.G.; FALORNI P.
Characterization of a 2 GHz holographic radar antenna for detection of subsurface targets
2020 Bossi, Luca; Falorni, Pierluigi; Bartolini, Alessandro; Capineri, Lorenzo
Characterization of Electromagnetic Properties of In Situ Soils for the Design of Landmine Detection Sensors: Application in Donbass, Ukraine
2019 Bechtel, Timothy; Truskavetsky, Stanislav; Pochanin, Gennadiy; Capineri, Lorenzo; Sherstyuk, Alexander; Viatkin, Konstantin; Byndych, Tatyana; Ruban, Vadym; Varyanitza-Roschupkina, Liudmyla; Orlenko, Oleksander; Kholod, Pavlo; Falorni, Pierluigi; Bulletti, Andrea; Bossi, Luca; Crawford, Fronefield
Classification of buried objects from series of aligned hyperbolic arcs or "pendants" in radar scans: Estimating a buried pipe diameter
2004 Windsor, C.G; Falorni, P.; Capineri, L.
Combined Holographic Subsurface Radar and Infrared Thermography for Diagnosis of the Conditions of Historical Structures and Artworks
2010 L. CAPINERI; P. FALORNI; S. IVASHOV; A. ZHURAVLEV; I. VASILIEV; V. RAZEVIG; T. BECHTEL; G. STANKIEWICZ
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| 3-D radar imaging of buried utilities by features estimation of hyperbolic diffraction patterns in radar scans | 2004 | Falorni, Pierluigi; Capineri, Lorenzo; Masotti, Leonardo; Pinelli, G. | |
| A data pair-labelled generalised Hough transform for radar location of buried objects | 2014 | C.G. Windsor; L. Capineri ; P. Falorni | |
| A Data Point-labelled Generalised Hough Transform for ExtractingReflections from Buried Objects in Ground Penetrating RadarScans | 2007 | C.G Windsor; G. Borgioli; P. Falorni; L. Capineri; B. Morini; S. Matucci | |
| A Hologram Reconstruction Algorithm for Landmine Recognition and Classification Based on Microwave Holographic Radar Data | 2018 | G. Borgioli ; L. Bossi ; L. Capineri ; P. Falorni ; T. Bechtel ; F. Crawford ; M. Inagaki ; G. Pochanin ; V. Ruban ; L. Varyanitza-Roschupkina ; T. Ogurtsova | |
| A Single Display for RASCAN 5-frequency 2-polarisation Holographic Radar Scans | 2009 | Windsor, C. G.; Bulletti, Andrea; Capineri, Lorenzo; Falorni, Pierluigi; Valentini, Samuela; Borgioli, Giovanni; Inagaki, M.; Bechtel, T. D.; Bechtel, E.; Zhuravlev, A. V.; Ivashov, S. I. | |
| A survey of electromagnetic characteristics of soils in the Donbass region (Ukraine) for evaluation of the applicability of GPR and MD for landmine detection | 2016 | Bechtel, T.; Truskavetsky, S.; Capineri, L.; Pochanin, G.; Simic, N.; Viatkin, K.; Sherstyuk, A.; Byndych, T.; Falorni, P.; Bulletti, A.; Giannelli, P.; Ruban, V.; Varyanitza-Roschupkina, L.; Bechtel, M. | |
| Advanced Image Processing for 3-D Radar scans for mine detection | 2001 | L. CAPINERI; G. DAVOLI; P. FALORNI; L. MASOTTI; C. WINDSOR | |
| Analysis of Time Domain Ultra-wide-band Radar Signals Reflected by Buried Objects | 2007 | P. Falorni; L. Capineri; L. Masotti; C.G. Windsor | |
| Antipersonnel Landmines Detection by Holographic Radar Imaging: An Experimental Study of Soil Effects | 2009 | ] T. D. BECHTEL; E. BECHTEL; G. BORGIOLI; A. BULLETTI; L. CAPINERI; P. FALORNI; M. INAGAKI; S. I. IVASHOV; C.G. WINDSOR; A.V. ZHURAVLEV | |
| Application of the Holographic Radar RASCAN to Cultural Heritage Inspection | 2008 | L. Capineri; P. Falorni; G. Borgioli; T. Bechtel; S. Ivashov; A. Zhuravlev; M. Paradiso; G. Cartocci | |
| Application of the Industry 4.0 paradigm to the design of a dual GPR system for Humanitarian Demining | 2019 | T. Bechtel,Gennadiy Pochanin, Vadym Ruban , Tetiana Ogurtsova, O. Orlenko, I. Pochanina, P. Kholod, Lorenzo Capineri,Pierluigi Falorni , A. Bulletti, Mattia Dimitri, Luca Bossi, F. Crawford, | |
| Application of the Industry 4.0 Paradigm to the Design of a UWB Radiolocation System for Humanitarian Demining | 2018 | Pochanin, Gennadiy; Ruban, Vadym; Ogurtsova, Tetiana; Orlenko, Oleksandr; Pochanina, Iryna; Kholod, Pavlo; Capineri, Lorenzo; Falorni, Pierluigi; Bulletti, Andrea; Dimitri, Mattia; Bossi, Luca; Bechtel, Timothy; Crawford, Fronefield | |
| Automatic detection of buried pipes from ground penetrating radar data | 2005 | P. FALORNI; L. CAPINERI; L. MASOTTI; G. ALLI; G. PINELLI | |
| Automatic Detection of Subsurface Objects with the Impulse GPR of the UGO-1st Robotic Platform | 2020 | Ruban, Vadym; Capineri, Lorenzo; Bechtel, Timothy; Pochanin, Gennadiy; Falorni, Pierluigi; Crawford, Fronefield; Ogurtsova, Tetiana; Bossi, Luca | |
| Background Removal for the Processing of Scans Acquired with the, “UGO-1st”, Landmine Detection Platform | 2019 | Capineri, L.; Bechtel, T.; Falorni, P.; Borgioli, G.; Bossi, L.; Pochanin, G.; Ruban, V.; Pochanin, O.; Ogurtsova, T.; Crawford, F. | |
| Buired mine classification from three dimensional radar data | 2002 | L. CAPINERI; WINDSOR C.G.; FALORNI P. | |
| Characterization of a 2 GHz holographic radar antenna for detection of subsurface targets | 2020 | Bossi, Luca; Falorni, Pierluigi; Bartolini, Alessandro; Capineri, Lorenzo | |
| Characterization of Electromagnetic Properties of In Situ Soils for the Design of Landmine Detection Sensors: Application in Donbass, Ukraine | 2019 | Bechtel, Timothy; Truskavetsky, Stanislav; Pochanin, Gennadiy; Capineri, Lorenzo; Sherstyuk, Alexander; Viatkin, Konstantin; Byndych, Tatyana; Ruban, Vadym; Varyanitza-Roschupkina, Liudmyla; Orlenko, Oleksander; Kholod, Pavlo; Falorni, Pierluigi; Bulletti, Andrea; Bossi, Luca; Crawford, Fronefield | |
| Classification of buried objects from series of aligned hyperbolic arcs or "pendants" in radar scans: Estimating a buried pipe diameter | 2004 | Windsor, C.G; Falorni, P.; Capineri, L. | |
| Combined Holographic Subsurface Radar and Infrared Thermography for Diagnosis of the Conditions of Historical Structures and Artworks | 2010 | L. CAPINERI; P. FALORNI; S. IVASHOV; A. ZHURAVLEV; I. VASILIEV; V. RAZEVIG; T. BECHTEL; G. STANKIEWICZ |