Utilization of Radar data for Maritime Surveillance
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1 INDESO Project Utilization of Radar data for Maritime Surveillance DENDY MAHABROR MARINE RESEARCH CENTER INDESO RADAR GROUND STATION RADARSAT-2 AND COSMO-SKYMED BALI
2 INDESO satelit VMS satelite radar vessel monitoring system (VMS) kapal patroli processing center alat komunikasi pusat kendali SISWASMA S radar pantai CDB
3 Maritime Surveillance Source: e-geos Telezpazio
4 Maritime Radar Application Source: Italian Space Agency Why use radar satellite data? Wide areas monitoring in short time (Approx 2-3 hours) All weather conditions No geographical limits Operational cost reduction
5 Satellite Technology Optical Satellite Data Radar Satellite Data OPTICAL See colors See shadows See Surfaces SAR Perceive roughness/smoothness Perceive wetness/dryness Touch corners Synthetic aperture radar (SAR) is a radar form used to create two or three dimensional images of objects and as a complement to the capabilities of photographic imaging and other optical imaging because it is not limited by daylight or atmospheric conditions and because of the unique Response of terrain and cultural targets against the radar frequency.
6 All Weather / All Time Operations Considerations about orbits and revisit (pros and cons of Sun Synchronous) Same/different orbit plans
7 Comparison of Optical and SAR Sensor Electro-Optical vs SAR reflected sunlight - emits own radiation visible/infrared - microwave many channels - one channel NO Phase information - phase information (coherent detection) close to Nadir - slant view day time - day/night blocked by clouds - cloud penetrating
8 Main Application (INDESO Project) Ground Station Satellite Data Processing Main Application IUU Fishing and Oil Spill
9 Operational center in Jembrana - Bali Hosts the INDESO Core System and operational team Located in Perancak, Bali Island
10 RADARSAT-2 Partners
11
12 INDESO Daily Operation (Oct 2014 June 2017) realtime Radarsat-2 (Canada) Cosmo SkyMed(Italy) VMS Sat-AIS >30GT >300GT Online-realtime Online-realtime RADAR OPERATIONAL INFRASTRUCTURE Broadcast Illegal Fishing Oil Spill
13
14 Reflection from objects at the sea surface Reflected signal from ships (bright) and backscattering (dark) from the sea surface
15 The Effect of The Incidence Angle
16 Radar Image Processing Natuna (Widefine Beam Mode) Natuna (Extended Beam Mode) Sulawesi (Extended Beam Mode) Vessel Fishing (Non-Transmitter) Vessel Fishing (Transmitter) Other Vessel
17 Echo non-transmitter
18 Echo non-transmitter Echo transmitter (VMS) Echo transmitter (AIS)
19 Area of Interest VMS VMS VMS
20 Density of Fishing Vessel Percentage Echo Transmitter 2015
21 Density of Fishing Vessel Percentage Echo Transmitter 2016 Coordinates china coastguard Coordinates Vietnam coastguard
22 Target Operation
23 Feedback 4 Fishing Vessel Philippines 1 Fishing Vessel Vietnam 102 crews of fishing vessel 8 Fishing Vessel Philippines 4 Malaysia Fishing Vessels 8 Vietnam Fishing Vessels 3 Fishing Vessel Philippines 3 Vietnam Fishing Vessels
24 Oil Spill Visibility by SAR Optimal wind conditions for oil detection by SAR: Oil spill is detected by SAR as a dark area in contrast to the clean sea surface that is brighter. However, for wind < 2 m/s: background scattering is very low and most of the contrast between clean sea and oil is lost; for wind > 14 m/s: contrast is lost because (i) at the surface there s a mixture of sea water and oil, and (ii) with strong winds capillary waves form also for the sea water/oil mixture. Wind speed range for oil spill detection is 2-14 m/s. The optimal wind speed range is 3-6 m/s
25 Natuna, 22 Oktober 2016 OIL SPILL DETECTION 1. There are oil spills from discharge a vessel : length of oil is 38 km 2. The suspect vessel is Prosperity Tanker (Bakamla, 2016)
26 Oil Spill Detection in Malacca Strait
27 Oil Spill Detection in Natuna Sea Indonesia
28 Oil Spill in Indonesian Waters Total Area of Oil Spill 2408,26 Km 2
29 T H A N K Y O U T E R I M A K A S I H
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