Seventh Framework Programme for research and technological development

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TsSKB-Progress STRATILATOV N.R.

TsSKB-Progress EFIMOV S.I.

TsSKB-Progress TIULEVINA E.S.

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- Methods and means of two-way access to remote sensing databasis across EU & RF

- Project period of 2 years

- 5 partners

- The budget is about 500 000 Euros

Terms of MEDEO project

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Goals: Development & implementation of new methods & means of catalog usage with images taken by Remote Sensing Spacecraft (ESA & Roskosmos) enable to supply a wide group of consumers with considerably new high quality access to Russian & European Remote Sensing Data.

Objectives:

1. To develop & test high-efficient method of access to ESA & Roscosmos Data including development of dedicated Internet-portal.

2. To generate data set on the bases of ESA & Roscosmos remote sensing data with user-friendly interface.

Goals and objectives of MEDEO project

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3. To analyze representation of ESA & Roscosmos remote sensing data as well as associated information, data control method, specific character of requirements which depend on National standards as well as adaptation to technologies-in-progress.

4. To develop methods and means of ESA & Roscomos remote sensing data integration in order to increase its efficiency to solve some tasks in the sphere of agriculture, forestry & while environmental monitoring.

5. To organize training sessions for European and Russian users operating with actual data sets as well as to distribute developed flight data-communication systems.

Goals and objectives of MEDEO project

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Data of level 1

Orthotransformation

Entry of RP

Geodesic orientation

Data of level 2A, 2B

Maps DEM (2B)

300 GB

300 GB

Before MEDEO project

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After MEDEO project

Data of level1

Orthotransformation

Data of level 2A, 2B

DEM (2B)

300 GB

Level 1 (300GB) is divided into files of 2 GB. Factor RPC is in every file in accordance with

European data entry format.

2 GB 2 GB 2 GB 2 GB 2 GB

2 GB 2 GB 2 GB 2 GB 2 GB

2 GB 2 GB 2 GB 2 GB 2 GB

2 GB 2 GB 2 GB 2 GB 2 GB

2 GB 2 GB 2 GB 2 GB 2 GB

RPCRPC RPC

RPC RPC

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Resurs-P space system

Resurs-P space system has been developed subsequent to Resurs-DK space system and is based on the groundwork of Resurs-DK structure and hardware

Resurs-P space system is meant for Earth surface survey in panchromatic, multiregion and hyperspectral ranges, and radio transmission of Earth remote sensing (ERS) data to ground receiving centres

Resurs-P SC operational orbit

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X

Y

ZSpacecraft

O

•Inclination (i)97.276;•Average altitude (Haver) 475

km;

•Circuit interspace (LCI) 23.48;

•Daily shift of flight path(Ldaily) 7.83.

Characteristics of near-circular solar-synchronous quasigeosynchronous operational orbit

Rate of covering the circuit interspace by swath at the equator

by one SC by two SC

3 days1.5 days

Guaranteed lifetime at least 5 years

SC flight termination Ocean disposal

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Resurs-P38 × 38 kmR = 0.9 m

Resurs-DK128.3 × 28.3 kmR = 1 m

Pleiades20 × 20 kmR = 0.7 m

Ikonos11 × 11 kmR = 1 m

Cartosat-29.6 × 9.6 kmR = 0.8 m

OrbView-38 × 8 kmR = 1 m

EROS-B7 × 7 kmR = 0.7 m

Kompsat-215 × 15 kmR = 1m

R – pixel projection

Detailed survey swath comparison

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Within Resurs-P space system development domestic and foreign users will get new opportunities for solving a wide range of problems by means of:

- receiving ERS data featuring a wide range of linear resolution, from detailed to general, in panchromatic range;

- surveying in seven fixed spectral ranges and receiving hyperspectral survey data;

- increasing observation efficiency with data delivery up to real time;

- providing up to 20 observation data receiving stations with necessary data from one spacecraft ;

- increasing the accuracy of image dimensioning and determination of object position in images including the cases without reference data;

- high-efficiency observation;

-synchronized surveying in various spectral ranges.

Along with enhancing capabilities of Earth observation satellite it is envisaged to further develop infrastructure of ground facilities for planning of satellite survey, ERS data reception, processing and transmission within the Resurs-DK project.

Summary

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