PLEIADES RACURS International Conference October 2009.

Slides:



Advertisements
Similar presentations
Serving society Stimulating innovation Supporting legislation Geographical Information Systems (GIS) orthoimagery Wim Devos Wim Devos.
Advertisements

SDMI Imagery Workshop GeoEye High Resolution Imagery Solutions for Alaska SDMI Tara Byrnes GeoEye Statewide Digital.
© 2014 Airbus Defence and Space – All rights reserved. The reproduction, distribution and utilization of this document as well as the communication of.
Resurs-P. Capabilities. Standard products. A. Peshkun The 14 th International Scientific and Technical Conference “From imagery to map: digital photogrammetric.
© Spot Image Spot Image data and products Spot5 & Kompsat2 : complementary data for mapping large areas at large scales Michaël TONON Market Manager.
WorldView-1 By Michael Jones. Abstract  The WorldView-1 satellite is one part of what is to be a three satellite constellation. The group includes QuickBird,
The Spot Image Solution Alan Kittson and Drew Hopwood Spot Image Corporation (703) Statewide Digital Mapping Initiative Imagery Workshop 1.
SDMI Source Imagery Collection Updating Alaska’s image maps Drew Hopwood February 24, 2011.
Introduction, Satellite Imaging. Platforms Used to Acquire Remote Sensing Data Aircraft Low, medium & high altitude Higher level of spatial detail Satellite.
Remote Sensing GTECH 201 Session 09. Remote Sensing.
Meteorological satellites – National Oceanographic and Atmospheric Administration (NOAA)-Polar Orbiting Environmental Satellite (POES) Orbital characteristics.
Carolyn J. Merry NCRST-Flows The Ohio State University.
Course: Introduction to RS & DIP
Satellite Imagery Data Products & Services November 2011Pacific Geomatics Ltd.1 Farida Raghina Manager, Sales & Customer Relations November 29, 2011.
Remote Sensing High Resolution Satellite Systems.
Copyright © 2003 Leica Geosystems GIS & Mapping, LLC Turning Imagery into Information Suzie Noble, Product Specialist Leica Geosystems Denver, CO.
Confidentiel Astrium IGIS solutions November 21 st 2013 Geo-Information Capacity Building.
Imagery for the Nation and the changing landscape Remote sensing systems overview Geo-spatial requirements for GIS Technology advancements in sensing systems.
Digital Numbers The Remote Sensing world calls cell values are also called a digital number or DN. In most of the imagery we work with the DN represents.
Remotely Sensed Data EMP 580 Fall 2015 Dr. Jim Graham Materials from Sara Hanna.
Resolution A sensor's various resolutions are very important characteristics. These resolution categories include: spatial spectral temporal radiometric.
10/8/2015DigitalGlobe Proprietary Power of the Constellation and WorldView-2.
GeoTools 2009 Conference A Process For Mapping Shorelines and Intertidal Zones With Multitemporal LANDSAT 7 Images Process input: a series of LANDSAT images;
Integration of sensors for photogrammetry and remote sensing 8 th semester, MS 2005.
Remote Sensing. Vulnerability is the degree to which a system is susceptible to, or unable to cope with, adverse effects of climate change, including.
Image Data Purchase and Pre-processing Litia Gaunavou SPC-SOPAC.
Remote Sensing Data Acquisition. 1. Major Remote Sensing Systems.
Ortho Imagery Color and IR Coeur d’Alene Tribe Frank Roberts, GIS Manager.
Remote Sensing SPOT and Other Moderate Resolution Satellite Systems
Image Data Pre- processing for Pacific Island Countries Poate Degei & Litia Gaunavou.
From Imagery to Map: Digital Photogrammetric Technologies 15 th International Scientific and Technical Conference From Imagery to Map: Digital Photogrammetric.
12/12/20071 Digital Resource Acquisition John Mootz, APFO Charlotte Vanderbilt, APFO.
CREATION OF DIGITAL SURFACE MODELS USING RESURS-P STEREO PAIRS Alexey Peshkun Deputy Head of Department 15th International Scientific and Technical Conference.
High resolution sensors: Orbview Sensor Pan 1m: 0.45 – 0.90 (= 450 – 900nm) MS 4m: B: G: R: NIR: Data: 11.
Geosynchronous Orbit A satellite in geosynchronous orbit circles the earth once each day. The time it takes for a satellite to orbit the earth is called.
2012 Statewide Ortho Imagery Project. Partners USGS NGA DOT DESPP.
Performance Performance is fundamentally limited by: –Size of data –Where the data is stored –Type of processing –Processing software –Hardware available.
Satellite Image Pixel Size vs Mapping Scale
Reading assignments for chapter 6 Pages – – – –
Image Data Pre- processing for Pacific Island Countries Litia Gaunavou.
10 mm is the same as... 1 cm. 20 mm is the same as... 2 cm.
PLEIADES Lunar Observations Sophie Lachérade, Bertrand Fougnie
ASPRS 2008 Airborne Digital Mapping Camera Systems: A Manufacturers’ Perspective Ruedi Wagner, ADS Product Manager Portland, 1st May 2008.
INPE Agency Report.
Automatically Collect Ground Control Points from Online Aerial Maps
BNSC Agency Report to WGISS21 Budapest, May 2006 Wyn Cudlip
Remote Sensing.
Hyperspectral Sensing – Imaging Spectroscopy
Satellite Image Pixel Size vs Mapping Scale
Remote Sensing What is Remote Sensing? Sample Images
Digital Numbers The Remote Sensing world calls cell values are also called a digital number or DN. In most of the imagery we work with the DN represents.
Satellite Sensors – Historical Perspectives
CNES’s SPOT 5 (Satellite Pour l’Observation de la Terre)
-1 Sensor: Satellite: Panchromatic – 0.41m x 0.41m res. (450–800 nm)
Introduction to Remote-Sensing
IKONOS ~Derived from the Greek term eikōn, meaning image~
EMP 580 Fall 2015 Dr. Jim Graham Materials from Sara Hanna
Formosat-2 2m Panchromatic 8m multispectral 0.45 – 0.52µm blue
High Resolution Sensors – QuickBird
Planning a Remote Sensing Project
Worldview II Launched October 8, 2009 Altitude: 770 km
Worldview-1 The DigitalGlobe constellation of very high resolution
True or False: {image} is one-to-one function.
Summary - end of term Lab Monday: 4 April return of assignments Lecture exam: 5 April, projects by end of term: April 6 Lecture evaluation.
Find the reference angle for the angle measuring {image}
Image fusion Goal: Combine higher spatial information in one band with higher spectral information in another dataset to create ‘synthetic’ higher resolution.
Image Processing in ArcGIS
Comparing Picture Post with MODIS Satellite Imagery
Find the limit {image} ,024 2,160 -1,
Presentation transcript:

PLEIADES RACURS International Conference October 2009

© Spot Image PLEIADES data, Very High Resolution imagery (VHR) 0.5m color 0.5m pan 2m color

© Spot Image PLEIADES, largest swath on the market place PLEIADES 20 x 20 Km 60 x 60 Km SPOT WorldView 17 x 17 Km GeoEye 15 x 15 Km For the same 0.5m GSD

© Spot Image PLEIADES Terminal: Standard image products  50 cm B&W 8 or 16 bits  2 m colour 4 bands : B, R, G, NIR 8 or 16 bits  Pan Sharpened 50 cm colour 4 bands : B, R, G, NIR 3 bands in True or False colours 8 or 16 bits  Bundle : 50 cm B&W + 2 m colour bands 8 ou 16 bits  Product level SENSOR  1A level  radiometric corrections  Perfect P and XS registration  Localization accurracy: spec.7m (CE90) ORTHO  Geo-Location accurracy: spec.7m (CE90)

© Spot Image PLEIADES 1-A 180° PLEIADES 1-B Twin satellite constellation 1-A: March B: +12 to 18 months

© Spot Image PLEIADES constellation: key performances Daily 1,000,000 km² per day Top-level agility 200 km in 11 sec. 800 km in 25 sec. Slew Time

© Spot Image PLEIADES constellation: acquisition modes typically 15 targets over 1,000 km Multiple Point Targets High-level agility 20 km Same - pass Large Collection Stereo, Tri-stereo Up to 21,600 km² Or 1 deg² Up to 21,600 km² Or 1 deg² In a single pass

© Spot Image PLEIADES image processing: AOI sub-scene production Multiple Point Targets 20 km

© Spot Image PLEIADES image processing: Seamless same-day ortho-mosaic product Same- pass Large Collection

© Spot Image Illustration over Japan Multiple Target imaging time~20% Same-pass large collection imaging time~40 to 80%

© Spot Image PLEIADES: a dual access to data 10% High Priority Data (HPD) for Defense partners: France, Italy, Spain 90% for WW users through Spot Image 350 images/ day ~35 images HPD/ day Access rights Spot Image get access to up to 5 HPD images / day for Pleiades-1A

© Spot Image  Routine: Centralized programming loop  Dialogue with Spot Image, as for SPOT  Feasibility study Standard Priority level  Can be upgraded to Priority or Dedicated Priority (so-called DUAL High priority data) 60 days Routine: 72 hours Collection window Collection window Routine Programming mode Dead-Line for request

© Spot Image DRS or Customer Order Request Order Confirmation Telemetry downlink 2Ghz networl Collection plan upload Collection direct reception & processing Collection plan Routine: nominal centralized programming loop Routine

© Spot Image Routine Priority level Upgrade Standard Dedicated Priority Priority Routine programming priority level upgrade  Upgrade in case of conflict  To Priority: when conflicting with other routine request  To dedicated priority: when conflicting with other priority request... Or when depositing the request  for time-critical or important data

© Spot Image  Urgent: 24/7 automatic procedure for deposit  No dialogue with Spot Image, except if requested during working days/hours Up to 4 hours before collection Limited AOI Priority level Dead-Line for Request Collection window Collection window 7 days Urgent: 4 hours Urgent Programming mode

© Spot Image Urgent: 24/7 automatic procedure 6:00 UT13:40 UT23:20 UT Ability to take in account Urgent programming up to 4 hours before collection 24/7 access through automatic process with no intervention from Spot Image collection plan update and upload 3 times a day, every 8 hours

© Spot Image PLEIADES vs. competitors  Non-US VHR solution  90% of the resource available for Spot Image customers  Field-Proven Services Experience of station customer& station network management Full range of programming services up to direct tasking  Competitive pricing  Twin Constellation performance Top agility P and XS simultaneous collection Largest swath for same

© Spot Image PLEIADES vs. competitors: technical assets  Mission A constellation of 2 identical Pleiades satellites ensuring daily revisit of any point of the globe Continuity of service : beyond 2018 Dual mission but…95% of satellite data for worldwide end-users 50% for GE-1, 15-30% for WV1…  Imaging capacity Large imaging capacity: 500,000km2 /day /satellite (roll<30°) Scene size 20 x 20 km with GSD 0.7m vs. 15x15 km with 0.5m for GE or 17 x17 for WV Permanent Pan + XS imaging mode, no « slowdown » Agility: very large mono-pass capacity  Pleiades more agile than GE-1(x2), same as WV Tri-stereo  Services High level of reliability and operationality ( SPOT legacy) Mosaic, pan-sharpened and 3D products as output of standard PHR archiving & processing system 15 20

© Spot Image sec 200 km IKONOS 9 sec 200 km WorldView-2  Pleiades and WorldView benefit from Control Moment Gyros (CMGs) that provide an acceleration >10X better than competition 20 sec 200 km GeoEye-1 PLEIADES vs. competitors: Agility Comparison 11 sec 200 km Pleiades No CMGWith CMG

© Spot Image Pleaides + Spot 6: a bright EO constellation in orbit…very soon Spot 6 (left) and 2 Pleiades (right) ready to span their wings, phased on the same orbit …with unique advantages: -coherent data collection planning by Spot Image as unique commercial satellite operator -2+1 optical LEO systems having same imaging bands and fully compatible ground image reception and processing -60km swath -2m ground resolution -800km corridor view -20km swath -0.5m ground resolution -800km corridor view

© Spot Image PLEIADES 1-A SPOT 6 PLEIADES 1-B 97° 103° SPOT 7 PLEIADES + Spot 6/7 constellation in 2012

© Spot Image Contact Thank you !