g. cabrera - international eos/npp direct readout meeting - oct/2005 ( 1 )

G. Cabrera - International EOS/NPP Direct Readout Meeting - Oct/2005 (1)

International EOS/NPP Direct Readout Meeting - Mediterranean Agency for Remote Sensing and

Environmental Control - 3-6/Oct/2005

Direct Broadcast + Alerts + Fast Delivery Products: From Satellites to End Users

Gustavo C. Cabrera

[email protected]

G. Cabrera - International EOS/NPP Direct Readout Meeting – Oct/2005 (2)

Some applications, like emergency management, requires that data reach the final user as soon as possible after the satellite pass over the ground station. There are final users interested in different products, over different geographic regions, and each one have different resources and infrastructure. Then, it is necessary to process the down linked data in near real time to produce outputs according the needs and expectations of the final users, and to deliver the products quickly.

In order to provide to the end users the appropriate information with minimum delay, we have indicated some particular situations to the production software, related to the requirements of some projects. If some of these particular situations are observed, e-mails and/or messages to cellular phones are generated and sent automatically to the registered final users for that type of event, and the specific products are generated and saved in a FTP server.

This type of system is being used in different applications and with data from several satellites. Some results will be shown.

Abstract


•Córdoba Ground Station started operations in 1997 with the reception of satellite data from Landsat 5, ERS 1/2 and SPOT

•Today the Station acquires data from more than 15 satellites and delivers an average of 1000 high level products per month.

Córdoba Ground Station. (ETC – CETT )

From: M. Colazo – June 2005


What are we acquiring today?• LANDSAT 5 & 7 (TM , ETM+)

• ERS 2

• RADARSAT

• SAC-C (MMRS, HRTC, PIMH, HSTC)

• EROS A1

• EOS (TERRA, AQUA) (MODIS, AIRS)

• NOAA POES (15, 16, 17, 18) (AVHRR – ATOVS)

• SEASTAR (SEAWIFS)

Archive•SPOT 1 & 2

•ERS 1From: M. Colazo – June 2005


Ant. 13Ant. 13Ant. 13Ant. 13

Ant. 7.3Ant. 7.3Ant. 7.3Ant. 7.3

Main AntennasMain AntennasMain AntennasMain Antennas



SAC-C Mission Control Center and Data Adquisition and Processing SAC-C Mission Control Center and Data Adquisition and Processing AreaArea

SAC-C Mission Control Center and Data Adquisition and Processing SAC-C Mission Control Center and Data Adquisition and Processing AreaArea



Facilities (related to DB)

Antennas: 2 DATRON X/S band, 2 Quorum L and

Ingestion: MEOS (X band), MEOS POLAR, Vexcel, CONAE

Processing: MEOS (used up to L0) , IMAPP, SEADAS, CONAE


DB brings the satellites “closer” to the Ground Station

Software packages allow near real time data processing

But in many cases the End Users are still very far from the data


The System

Satellite

Ground Station

Data Processing

End Users

PEOPLE ENVIRONMENT

GS Footprint


The Systems

End Users

PEOPLE ENVIRONMENT

Frequently this interface is the

problem


In other words….

What can a fireman do (as a end user of satellite data) in benefice of the rural

inhabitants and of the environment of a remote area, with a multi-megabyte,

complex format product, with some days of delay, after the fire ends?


The problem is to provide useful products to end users,

This is:• Near real time

• Easy to use

• Specific data

Customization of contents, format, and delivery methods for each kind of

product


Example: Hot Spots

Satellite Pass Acquisition

MODIS – AVHRR – HSTC (SAC-C)

•There are redundant Antennas, RF equipment and ingestion systems

•Specific systems for each satellite, backup systems.

Sat?=SAC and Night

Process to L1B

Use MODIS CloudMask

Process Hot Spots

• Synergy

• Specific software for each sensor


Example: Hot Spots (cont.)

E-mail PNMF(Office)

SMS PNMF(Field)

All detected Hot Spots

Detected Hot Spots in each area

Publish in WEB QL and Hot Spots list

Subsets L1B

Comp. with volcano list E-mail / SMS VAAC

Detected Hot Spots coincident with volcanoes

Of all Hot Spots areas

Put HR SS in ftp site For specific end users

Prod. Order of related products Specific products for each case


FOCOS

Fila, Columna, Latitud, Longitud 1088, 527, -19.4372, -57.5601 2358, 111, -30.3195, -67.7370 2438, 143, -31.2548, -67.2722 2439, 142, -31.2571, -67.3028 2439, 143, -31.2626, -67.2800COINCIDENTES CON VOLCANES 2771, 250, -34.8939, -66.4385

DETECTION

LIST (E-MAILS)

DATA & RELATED PRODUCTS (web-ftp)


Comments:

• In the summer 2004/2005 in Patagonia this system was effective in early detection of fires in remote areas. Fires were detected by this system earlier than others.

• The last 2 events of Villarica Volcano were detected and informed earlier than other systems

• Gas Flares are used as tests for volcanic alerts


Products for the National Weather Service (SMN)

• All AQUA an Terra passes

•Atmosphere products are generated with IMAPP

• SMN users and analysts are e-mailed in RT

• Products are passed in the format specified by SMN to the SMN intranet

• SMN and CONAE are collaborating in the improvement of this scheme


But....

There are some cases in that the end users are really near to the DB systems…..


CETT- September-28-2005


Thank you

g. cabrera - international eos/npp direct readout meeting - oct/2005 ( 1 )

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