Near Real Time Applications for Maritime Situational Awareness
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1 Near Real Time Applications for Maritime Situational Awareness Egbert Schwarz Maritime Security Lab Neustrelitz (DFD) ATLAS MEETS SCIENCE Bremen, October 2016
2 Presentation Outline Background Earth Observation Center Maritime Security Lab Component of Service Chain Application Status and Future Development Ship Detection Oil Detection Wind and Wave Icebergs, Ice Classification and Ice Drift 2 /27
3 Chart 3 ATLASS MEETS SCIENCE Egbert Schwarz Earth Observation Center EOC Bremen Maritime Security Lab Neustrelitz National Ground Segment Maritime Security Lab Consists of the Remote Sensing Technology and the German Remote Sensing Data Center Appr. 350 employees at 4 sites Chairs at 2 university Berlin Oberpfaffenhofen 3 /27
4 Chart 4 ATLASS MEETS SCIENCE Egbert Schwarz Department: National Ground Segment - Ground Stations - Data Management - Real time Services - Maritime Security Lab - Calibration- and Validation Test site DEMMIN 4 /27
5 Chart 5 ATLASS MEETS SCIENCE Egbert Schwarz Ground Station and Processing Facility Neustrelitz Support of currently 12 different Satellite missions Main reception and processing facility for SAR Mission TerraSAR-X Collaborative Station for European Sentinel-1 mission Radarsat-2 Regional Ground System for science purpose since Summer 2015 Landsat-8 Global Network Station NEUSTRELITZ Data Acquisition Horizon Mask 5 degree 5 /27
6 Chart 6 ATLASS MEETS SCIENCE Egbert Schwarz Objective Research and development of integrated applications enabling specific value added Maritime Information Products for the Maritime Situational Awareness in Near Real Time Application Ice Oil Ship Wind Sea state SST 6 /27
7 Chart 7 ATLASS MEETS SCIENCE Egbert Schwarz Sensors and Modes Optical Worldview-1 Worldview-2 Worldview-3 GeoEye-1 Deimos Landsat-8 Firebird Synthetic Aperture Radar (SAR) Sentinel-1A Sentinel-1B TerraSAR-X TanDEM-X Radarsat-2 AIS - Satellites 7 /27
8 Chart 9 ATLASS MEETS SCIENCE Egbert Schwarz Synthetic Aperture Radar SAR SAR satellite data enable day/night monitoring and mainly independent from weather conditions (clouds) Highly automated feature extraction enable fast processing of large volumes of data and information delivery within ~30 minutes of image acquisition Increasing number of satellite resources The European Earth Observation Programme COPERNICUS enable free and open data access (Sentinel-1, EU-member) reduced repeat cycle due to availability of 2 satellites Large Coverage and very high resolution e.g. Sentinel-1 - Extra-Wide-Swath Mode (400 km), 20x40 m, - Interferometric Wide Swath Mode (250 km), 5x20 m - Strip Map Mode 80 km swath, 5x5 m TerraSAR-X - Strip Map Mode, 50 km swath, 3 m - High Resolution Spotligth, 5x15-10 km, 1..1 m - Staring Spotlight (ST), ( )x 6 km, 0,24 m az, 1.0 m rg 9 /27
9 Chart 10 ATLASS MEETS SCIENCE Egbert Schwarz High Resolution Optical Sensors Multi-payload ( e.g.worldview-3) Very High resolution up to 31 cm panchromatic up to 1.24 m multispectral resolution, 3,7 m short-wave infrared resolution High flexibility (acquisition of coastlines) Increasing number of satellite resources and satellite constellations (Digital Globe, AIRBUS) European Earth Observation Programme COPERNICUS enable free and open data access (Sentinel-2, Sentinel-3,) reduced repeat cycle due to availability of 2 satellites Multi-payload Sentinel-3 - Ocean and Land Colour Instrument OLCI, - Sea and Land Surface Temperature Radiometer SLSTR, - Synthetic Aperture Radar Altimeter SRAL 10 /27
10 Chart 11 ATLASS MEETS SCIENCE Egbert Schwarz Ship- Detection Application (SAR) Near real time ship detection application based on SAR images currently developed for: TerraSAR-X, TanDEM-X Radarsat-2, Sentinel-1A, Sentinel-1B Image: S1A_IW_GRDH_1SDV_ T0524 Value added products SAR/ AIS merged products (in case of available AIS Data) ASCII ; KMZ, GML; DER (EMSA); ESRI shape; json; GeoTIFF (MRES_L1b; HRES_L1B) 11 /27
11 Chart 12 ATLASS MEETS SCIENCE Egbert Schwarz Application Example Sentinel-1 Acquisition and Downlink Alphasat TDP-1 Test Partners involved: Alphasat - ESA ESRIN - ESA ESTEC - ESA ESOC - TESAT - Eutelsat - Airbus - DLR Space Management - DLR Earth Observation Center - Oberpfaffenhofen - Neustrelitz 12 /27
12 LCT-Link and data reception Reception in Oberpfaffenhofen via Alphasat Ka- Band Antenna L0 Processing in Oberpfaffenhofen Alphasat Transfer to Neustrelitz and QRT processing and automated ship detection End-to-End time: 18 min (further optimization possible) 13 /27
13 Chart 14 ATLASS MEETS SCIENCE Egbert Schwarz Alphasat NRT Demo: L2 ship detection product at DLR Web-mapping Client 14 /27
14 Chart 15 ATLASS MEETS SCIENCE Egbert Schwarz Ship- Detection Application (Optic) Near real time ship detection application based on optical data Core processor currently being developed by the Maritime Security_Lab Neustrelitz planned value added products in near real time based on very high resolution images (Worldview 1-3, GeoEye,) Landsat 8 OLI, pansharpend, , 10:20 UTC Value added products OPT/ AIS merged products (in case of available AIS Data) ASCII ; KMZ, GML; VDS (EMSA); ESRI shape; json; GeoTIFF 15 /27
15 Chart 16 ATLASS MEETS SCIENCE Egbert Schwarz Optical Satellite Services for EMSA - OpSSERVE II Service contract: European Maritime Safety Agency EMSA project partner: EUSI (contractor) and DLR (subcontractor) project duration: 24 months with the option to extend by 12 months project start: October 2015 project summary: rapid access to satellite data and derived information for use in maritime situational awareness derived information at sea and coast : - Vessel detection - Vessel activities - Change detection 16 /27
16 Chart 17 ATLASS MEETS SCIENCE Egbert Schwarz FireBIRD Hot Spot Detection and Sea Surface Temperature Camera Parameter Fire Release Power Estimation 3 line-vis Camera (3 line FPA, 6 separated ) 2 Infrared- Cameras (staggered lines) Wave length nm nm nm MWIR: 3,4-4,2 µm LWIR: 8,5-9,3 µm Pixel size 7 µm x 7 µm 30 µm x 30 µm Number of Pixel 3 x 5164 (1250) 2 x 512 staggered Quantization 14 bit 14 bit Ground 42,4 m 2) 356 m 2) resolution Ground sampling 42,4 m 2) 178 m 2) distance Swath width 211 km 2) 178 km 2) Sea Surface Temperature Estimation Main FireBird camera parameters 2) Altitude 510km 17 /27
17 Chart 18 ATLASS MEETS SCIENCE Egbert Schwarz FireBIRD Sea Surface Temperatures (SST) Main source of error due to atmospheric water content (-6-9K) Estimation based on: - Weather forecast - Atmospheric model - Intercomparison between MWIR and LWIR signal -> improved SST values -> improved values of atmospheric water column Ackn: N. Mettig; DLR-OS Example Japan See Estimated SST (atmospheric corrected) Estimation Error 18 /27
18 Chart 19 ATLASS MEETS SCIENCE Egbert Schwarz Optical Sensor based Oil Spill Detection Near real time oil spill detection application based on optical data Core processor currently being developed by the Maritime Security_Lab Neustrelitz planned value added products in near real time based on Landsat-8 Potential oil spills nearby platforms in the North Sea, Landsat 8 OLI, , 10:56 UTC 19 /27
19 Chart 20 ATLASS MEETS SCIENCE Egbert Schwarz SAR based Oil Spill Detection Near real time oil spill detection application based on SAR images core function is the qualification algorithm developed by the Maritime Security Lab Bremen based on Neural Network currently developed for: TerraSAR-X, TanDEM-X Radarsat-2, Sentinel-1A, Sentinel-1B Ackn: S. Singha; DLR- IMF S1A_IW_GRDH_1SDV_ T Value added products ASCII ; KMZ, GML; OSN (EMSA); ESRI shape; pdf; GeoTIFF (MRES_L1b; HRES_L1B) 20 /27
20 Chart 21 ATLASS MEETS SCIENCE Egbert Schwarz Application for Wind field products Core function is the XMOD-2 algorithm developed by the Maritime Security Lab Bremen to derive wind speed and direction, (Jacobsen et al., 2013) Forecast model is implemented to provide wind direction, the netcdf output is generated, containing the wind direction and intensity (WD10) Level 2 Produktformate Image: TDX1_SAR MGD_RE SC_S_SRA_ T151305_ T The wind forecast and the Level 1 quicklook product in the background is overlaid by the DLR SAR WIND product (rectangle) derived from the Sentinel image. ASCII netcdf Google (KMZ) png, wld, png.aux.xml ESRI Shape Layer Files (shape) 21 /27
21 Chart 22 ATLASS MEETS SCIENCE Egbert Schwarz Example for Wind field products based on Sentinel-1 Core function is the CMOD-5 algorithm developed by the Maritime Security Lab Bremen to derive wind speed and direction, validation ongoing, Forecast model is implemented to provide wind direction, the netcdf output is generated, containing the wind direction and intensity (WD10) Level 2 Produktformate Image: S1A_IW_GRDH_1SDV_ T035101_ T DLR SAR WIND product (rectangles) derived from the Sentinel image, wind forecast and Level 1 quicklook product as background. ASCII netcdf Google (KMZ) png, wld, png.aux.xml ESRI Shape Layer Files (shape) 22 /27
22 Chart 23 ATLASS MEETS SCIENCE Egbert Schwarz Application for Wave products based on Mission TerraSAR-X new XWAVE-2 algorithm developed by the Maritime Security Lab Bremen to derive wave height and wave length (Pleskachevsky et al., 2016) Level 2 Produktformate DLR SAR WAVE product (rectangles) derived from the TerraSAR-X StripMap image, L1 quicklook product as background. ASCII netcdf Google (KMZ) GIS, png, wld, png.aux.xml ESRI Shape Layer Files (shape) Pleskachevsky, A., Rosenthal, W., Lehner, S. (2016) Meteo-Marine Parameters for Highly Variable Environment in Coastal Regions from Satellite Radar Images. ISPRS Journal of Photogrammetry and Remote Sensing, Seiten ELSEVIER. DOI: /j.isprsjprs (in print) 23 /27
23 Chart 24 ATLASS MEETS SCIENCE Egbert Schwarz Iceberg- detection Near real time iceberg detection application to Support Maritime Situation Awareness - Ice Service Center - Support Exploration Management and Resource planning - Route management TerraSAR-X ScanSAR Mode, Polarisation: HH, 150 km range, Ackn: A. Frost; DLR- IMF Frost, Anja und Ressel, Rudolf und Lehner, Susanne (2015) Iceberg Detection over Northern Latitudes Using High Resolution TerraSAR-X Images. In: 36th Canadian Symposium of Remote Sensing - Abstracts. 36th Canadian Symposium of Remote Sensing, June 2015, ST. JOHN S, NEWFOUNDLAND AND LABRADOR, CANADA. 24 /27
24 Chart 25 ATLASS MEETS SCIENCE Egbert Schwarz Ice Drift RADARSAT-2 ScanSAR wide :56 UTC Near real time Ice drift application to Support Maritime Situation Awareness Core processor currently being developed by the Maritime Security_Lab Bremen 02:11 03:56 planned value added products in near real time based on TerraSAR-X, Sentinel- 1 and Radarsat-2 25 /27
25 Chart 26 ATLASS MEETS SCIENCE Egbert Schwarz Ice Classification TSX ScanSAR :01 UTC Near real time Ice drift application to Support Maritime Situation Awareness Core processor currently being developed by the Maritime Security_Lab Bremen Planned value added products based on TerraSAR-X (DualPol) fast ice pack ice open water Ackn: S. Singha; DLR- IMF 26 /27
26 Chart 27 ATLASS MEETS SCIENCE Egbert Schwarz NRT Support for Office of Naval Research (ONR) Arctic Sea State Campaign 2015 Research Vessel Sikuliaq Beaufort Sea arctic_sea_state TerraSAR-X support comprises additional SGS contacts used for D/L NRT L1b product delivery products deliveries for usage at ship Quicklook products in addition with wind and wave charts 27 /27
27 Egbert Schwarz DLR (DFD) National Ground Segment (NBS) Kalkhorstweg Neustrelitz Phone: 03981/ Fax: 03981/ Thank you for your attention! Paphos Landsat September /27
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