Transcription
Page 1Presentation to Texas V & C- SIGMA IIICLS - Working Towards an Integrated Maritime Data Environment
CLS / CLS AmericaPage 2 CLS – January 2012
CLS / CLS AmericaPage 3 CLS – January 2012
ARGOS ConstellationandSystem ImprovementsOctober 2012
Argos system statusN19MetOp AN18 / 2.48’/m5 x Argos-22 x Argos-3N16 / 3.92’/mSaral0600Local time1800Local timeN15N17 / -4.28’/mFreeFlyerMetOp B1200 local sun time2012 :5SARAL & MetOp-B launch
Space Agency collaboration4 x DCS-2( 1 for ADEOS II)11 x DCS-15 x DCS-32 x DCS-4( 4 to be decided)ARGOS Instruments in OperationsARGOS 1ARGOS 3ARGOS 2NOAA INOAA JJuillet 1993 Déc. 1994NOAA K NOAA L05/1998 09/2000NOAA M NOAA N06/2002 05/2005ARGOS 4Free Flyer2016NOAA N’2009JPSS2USA/ NOAAARGOS 3METOP-A10/2006ARGOS 3METOP-B METOP-C2012 2016EUROPE/ EUMETSATAverage constellation age: 7 yearsARGOS 3SARAL2012INDIA/ ISROEPS SG
ARGOS ground stations networkPage VLExisting stations (3 CLS – 9 non-CLS)ES&S / New Zealand and Australian stations (3)New Station (2)Total of (17) ground stations
GLOBAL Data time availability Mar. 2010Page 8
GLOBAL Data time availability Sep. 2011
GLOBAL Data time availability Dec. 2013Expected status in December 2013
CLS Data Collection & ReportingSystems Relying on 80 Space Instruments (Inmarsat, Iridium, Argos.) Inmarsat: Iridium: polar-orbit satellites Argos: CNES/NOAA/Eumetsat cooperation - polar-orbit satellites Orbcomm, Exact Earth, MDA, Globalstar, Thuraya. Defining value added services based on each instrument pros/cons operational constraints (standalone positioning,coverage, transmitter emission power, volume of data,timeliness, reliability., flexibility.) Within the scope of Maritime Surveillance, used e.g. for any LongRange ship tracking applications: Ocean Observation – Oil Spill Detection, EEZ Monitoring VMS LRIT Commercial fleet tracking applications CLS, also operator of international COSPAS-SARSAT system onbehalf of French authorities CLS – June 2012Page 11
Managing data streamsPage 12 Contributing to maritime domain awareness: [ AIS ( coastal radar / VTMIS) ] Data Collection & Reporting Systems (Inmarsat, Iridium,Argos.) – includes following regulatory applications:LRIT, VMS, SSAS, Cospas Sarsat SAT-AIS Systems EO Systems (optical and SAR) European framework for a comprehensive IntregatedMaritime Data Environmentspace contribution to maritime domain awarenessC-SIGMA Concept CLS – January 2012
Focus on LRITPage 13 Focus on LRIT, as the most generic and internationally regulatedLong Range ship tracking system Complimented by SAT-AIS CLS, provider to EMSA and US Coast Guard Key facts: Global fleet monitoring (cargo and passenger ships) International communication standard and architecture Supervised by the IMO (International Maritime Organisation) Secure 2-way point-to-point and real-time communications (ondemand requests) Strong International Data Policy (IMO) with external LRIT (audit) CLS – January 2012
Towards an integrated platformPage 14 Combining these systems provide improved maritime domain awareness formaritime authorities and stakeholders. Space-based AIS significantly increase the global ship monitoringcapabilitiesData Collection & Reporting Systems (e.g. LRIT, VMS,.) are well-definedinternational ship tracking systems for maritime administrations dedicatedto securityEO capabilities are quite flexible and provide on-site validation for thereported ship positions Authorities are today interested in combining these systems into a singleplatform (CISE type, as defined by EC - COM(2010) 584 final) to have the bestpossible maritime picture.Each system brings a specific added-value to monitor maritime areas.An intelligent combination of these systems provides a significant contribution tomaritime surveillance.C-SIGMA Concept CLS – January 2012
AIS & S-AIS / MARISS – ESA projectPage 15Assessing S-AIS capabilities vs. Coastal AIS capabilities, into THEMIS (20080720)Coastal receiving station vs. MARISS S-AIS provider (LuxSpace / Orbcomm) CLS – January 2012
Single Platform (AIS, LRIT, S-AIS, Argos, VMS, EO)Page 16 CLS – January 2012
EO System – example of SAR imageryPage 17 Key facts: Non-cooperative detection capabilities Not weather dependent Worldwide Different modes Main objectives : Ship detection Environmental monitoring (oil spill, wind, waves.) CLS, provider of: EMSA CleanSeaNet service National / Regional initiatives to monitor oil spillpollution or detect vessels (illegal fishing, trafficking,piracy.). Ex: in France, Australia, Indonesia, Chile,Peru, Mozambique,. CLS – January 2012
SAR Metocean (data / drift models) 20,000 radar imagesprocessed yearly
Be BOP - IMDatEPage 19 CLS – January 2012
Ship density map over EuropeAIS LRIT / 15 daysPage 20 CLS – January 2012
IMDatE (BOP) / EMSA – Block 3Page 21 CLS – January 2012
SAT-AIS Data Processing Center – Block 2 CLS – January 2012
Blue Belt Pilot ProjectPage 232 Ways SSLSAT AIS ToEMSASecure LinkeEESat AIS 1Secure LinkKSATSat AIS 2THEMISServerSat AIS NData IFComponentLuxSpaceOperatorsSecure LinkHTTPSInternetESA users CLS – January 2012
Blue Belt Pilot ProjectPage 24 BlueBelt Project (EMSA/ESA) Following of 252 BlueShips all over the world and monitoring of two highmaritime traffic zones – 3 SAT-AIS data providers To process the data and integrate into the THEMIS database. CLS – January 2012
VMS EO / Illegal fishingPage 25 CLS – January 2012
VMS EO / PiracyPage 26 CLS – January 2012
S-AIS EO / Ship detectionPage 27
S-AIS EO / Oil spill monitoringPage 28On-going CLS service for ESA in Mozambique Channel for environmentalmonitoring, relying on EO data (detection of oil spill) and S-AIS data(provided by exactEarth) CLS – June 2011
CLS Service ChainPage 2910’20’Detection reportAnalyseReceive stationAcquireProcessFast detectionFalse alertcorrectionsEU Agency orEU NAVFORAir patrolEnvisatRadarsat1’
Integration of Satellite Radar dataPage 30 Example of 2 Satellite Radar images acquired above Peru in NovemberCorrelated data : SatAIS and Radar data
Next steps – Integration of Satellite Radar dataPage 31 Example of 2 Satellite Radar images acquired above Peru in November
Integration of Satellite Radar dataPage 32 Example of 2 Satellite Radar images acquired above Peru in NovemberCorrelated data : SatAIS and Radar data
Integration of Satellite Radar dataPage 33 Example of 2 Satellite Radar images acquired above Peru in November
Integration of Satellite Radar dataPage 34 Correlation between Sat-AIS data and echo detected by satellite radar
Integration of Satellite Radar dataPage 35 Image of a vessel detected by satellite radar
SAT-AIS Data Processing CenterPage 36 CLS – January 2012
SAT-AIS Data Processing CenterPage 37 CLS – January 2012
Page 38
THANK YOU !Ben MinichinoCLS America(717) mwww.lrit.frwww.sat-ais.org
Relying on 80 Space Instruments (Inmarsat, Iridium, Argos.) Inmarsat: Iridium: polar -orbit satellites Argos: CNES/NOAA/Eumetsat cooperation - polar-orbit satellites Orbcomm, Exact Earth, MDA, Globalstar, Thuraya. Defining value added services based on each instrument - pros/cons operational constraints (standalone positioning,
