A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Microwave radiometry imaging for forest fire detection: A simulation study
This paper deals with passive microwave imaging for fire detection by means of a single-channel ground-based radiometer. The simulation of images sensed in the presence of fire spots under different environmental and operative conditions will be presented. The authors will refer to a low-cost ground-based radiometer operating at 12.65 GHz. Scenarios where fires are un-visible and IR sensors are not useful with respect to a microwave imager will be investigated in deep, such as in the presence of vegetation canopy optically masking fire sources and smoke plumes in the early stage. These simulations will assess limits and capabilities of microwave imaging for the identification of little fires masked by forest areas.
Microwave radiometry imaging for forest fire detection: A simulation study
This paper deals with passive microwave imaging for fire detection by means of a single-channel ground-based radiometer. The simulation of images sensed in the presence of fire spots under different environmental and operative conditions will be presented. The authors will refer to a low-cost ground-based radiometer operating at 12.65 GHz. Scenarios where fires are un-visible and IR sensors are not useful with respect to a microwave imager will be investigated in deep, such as in the presence of vegetation canopy optically masking fire sources and smoke plumes in the early stage. These simulations will assess limits and capabilities of microwave imaging for the identification of little fires masked by forest areas.
Microwave radiometry imaging for forest fire detection: A simulation study
Bonafoni, S. (author) / Alimenti, F. (author) / Angelucci, G. (author) / Tasselli, G. (author)
2011
16 Seiten, 9 Bilder, 2 Tabellen, 18 Quellen
Article (Journal)
English
Mikrowellenmessverfahren , Mikrowellensensor , Mikrowellentechnik , Bildgebungsverfahren , Radiometer , Simulationsverfahren , Echtzeitsimulation , Löschmittel , Brandversuch , niedrige Kosten , Infrarotsensor , Rauch , Waldbrand , optischer Sensor , Antennenelement , Antennenwirkungsgrad , Erde (Boden)
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