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Utilisation of RPAS in oil and chemicals detection
Jukka Sassi
,
Sami Siikanen
, Marko Höyhtyä
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Keyphrases
Unmanned Aerial Systems
100%
Autonomous Underwater Vehicle
100%
Oil Spill Detection
100%
Remotely Operated Vehicle
100%
Chemical Detection
100%
Snow
50%
Technical Research
50%
Environmental Conditions
50%
Environics
50%
Remote Sensing
50%
Environmental Monitoring
50%
Sensor Technology
50%
Operating Time
50%
Manned Aircraft
50%
Platform Quality
50%
Trained Dogs
50%
Fluorosensor
50%
Hyperspectral Sensors
50%
Wind Conditions
50%
Surface Vessel
50%
Bruker
50%
Underwater Detection
50%
Aerostat
50%
Telop
50%
INIS
detection
100%
oils
100%
sensors
80%
information
40%
vehicles
40%
underwater vehicles
40%
performance
20%
surfaces
20%
ice
20%
data
20%
cost
20%
monitoring
20%
snow
20%
satellites
20%
validation
20%
vessels
20%
visibility
20%
testing
20%
wind
20%
dogs
20%
aircraft
20%
remote sensing
20%
underwater
20%
Engineering
Autonomous Underwater Vehicle
100%
Technical Research Centre
50%
Field Condition
50%
Operational Condition
50%
Limitations
50%
Deployment Platform
50%
Airship
50%
Manned Aircraft
50%
Hyperspectral Sensor
50%
Earth and Planetary Sciences
Autonomous Underwater Vehicle
100%
Remote Sensing
50%
Field Testing
50%
Environmental Monitoring
50%