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CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre of Excellence for Space Sciences and Technologies, Research Centre of the Slovenian Academy of Sciences and Arts and Sinergise
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CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Dec 25, 2015

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Page 1: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

CLASS Conference 2014, Bled, September 25-26 2014

Cloud computing for Earth observation

Krištof Oštir, Tomaž Rodič and Grega Milčinski

Slovenian Centre of Excellence for Space Sciences and Technologies, Research Centre of the Slovenian Academy of Sciences and Arts and

Sinergise

Page 2: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

SPACE-SI

Page 3: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

R&D activities

Page 4: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Microsatellite under development 70 kg satellite for earth monitoring and observation

2.8 m gsd from a reference altitude of 600 km

four spectral channels

(450-520 nm, 520-600 nm, 630-690 nm, and 760-900 nm).

high-definition video at 1920 by 1080 pixels.

real-time imaging and video streaming over Slovenia

three-axis stabilized bus

50 mbps x-band downlink

128 gb of on-board storage,

power system generating nearly 90 w

100 w-h li-ion battery.

Ground control infrastructure

Page 5: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Number of active satellites

Page 6: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Satellites by country

Page 7: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Spatial resolution of images

Page 8: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Data volume

TB per year per 100 km2

Page 9: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

WorldView-3 level of detail

Page 10: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

WorldView-3

Page 11: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

WorldView-3

Page 12: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

WorldView-3

Page 13: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

WorldView-3

Page 14: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Detection of Japanese knotweed

Page 15: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.
Page 16: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.
Page 17: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Disaster monitoring

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Floods around Ljubljana in September 2010, RapidEye image 23.9.2010

Page 18: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Radarsat-2 RapidEye

Page 19: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Floods around Ljubljanain September 2010rapid mapping product

Page 20: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Interactive graphs:

Drought monitoring:

Multitemporal land cover classification:

Drought mapping

Page 21: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Space-SI Processing chain is cloud ready

Geometriccorrections

Radiometriccorrections

Generation ofResults

End userServices

Data preparation

GCP extraction

Orthorectification

Topographic correction

NDVI generation

Web mapping of products

Remote sensing data

Test data: RapidEye

Change detection

NDVI changes

Atmospheric correction

Various full-frame and pushbroom sensors

Data catalog

End user triggered re-processing

RapidEye

WorldView-2

THEOS

Pleiades

Page 22: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Establishment of a the Sentinel processing and archiving cloud

Page 23: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Mobile app Web GIS

Web services

Crowdsourcing

Close the loop between satellite developers, operators, expert users and genereal public

Page 24: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Mobile app

• Storms, hail• Water levels• Water pollution

Page 25: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Conclusions

• Satellites are generating huge amount of data• Only information – report, yes/no, alert - is relevant to the

end user• Automatic processing is necessary• Steps are defined and tested – ready to be implemented in

the cloud

Page 26: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Conclusions

• ICT technologies• Space and ground infrastructure• Smart cities and communities

• Spatial data • Planning• Crowdsourcing

• Smart use of resources• Health

Page 27: CLASS Conference 2014, Bled, September 25-26 2014 Cloud computing for Earth observation Krištof Oštir, Tomaž Rodič and Grega Milčinski Slovenian Centre.

Contact:

[email protected]

W: http://www.space.siE: [email protected]