In humanitarian demining, it is of primary importance to ensure personnel safety while minimizing search and detection times [1]. Furthermore, traditional detection techniques based on electromagnetic induction are primarily manual and thus are not easily adapted to an automated detection system. In this article, we show a specially-designed UWB-GPR radar and a dedicated algorithm able to analyze radar data and automatically detect the position of landmines buried in soil at shallow depth [2]. We compare the automated detection capability to that of experienced humans visually analyzing radar data.
Detection of targets from radar tracks of the UWB-GPR “1Tx + 4Rx” on the mobile platform “UGO 1st” / Bossi, Luca; Falorni, Pierluigi; Pochanin, Gennadiy; Ruban, Vadym; Ogurtsova, Tatiana; Crawford, Fronefield; Bechtel, Timothy; Capineri, Lorenzo. - ELETTRONICO. - (2020), pp. 448-451. (Intervento presentato al convegno 18th International Conference on Ground Penetrating Radar, Golden, Colorado, 14–19 June 2020) [10.1190/gpr2020-116.1].
Detection of targets from radar tracks of the UWB-GPR “1Tx + 4Rx” on the mobile platform “UGO 1st”
Bossi, Luca;Falorni, Pierluigi;Capineri, Lorenzo
2020
Abstract
In humanitarian demining, it is of primary importance to ensure personnel safety while minimizing search and detection times [1]. Furthermore, traditional detection techniques based on electromagnetic induction are primarily manual and thus are not easily adapted to an automated detection system. In this article, we show a specially-designed UWB-GPR radar and a dedicated algorithm able to analyze radar data and automatically detect the position of landmines buried in soil at shallow depth [2]. We compare the automated detection capability to that of experienced humans visually analyzing radar data.File | Dimensione | Formato | |
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