Indra Espacio

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Indra Espacio
( Área reservada a imgen )

• SMOG
• 26-6-2006
• Final Presentation
• Management Part

Frascati Final Presentation 26 June 2006
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ESRIN SMOG Final Review

• 1st day dedicated to installation
• No need to connect SMOG to internal ESA network
• 2nd day dedicated to
• Management and technical presentation morning
  2-3 Hours
• Demo of AGF afternoon 2-3 hours
• 3rd day
• Conclusions
• Closure of project

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Agenda (I) 2nd day

• Meeting objectives (9.00 915)
• Management Part (915 1015)
• Project Objectives
• Phase I and II Activities
• Schedule
• Documentation generated

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Agenda (II) 2nd day

• Technical presentation(1110 1215)
• AGF function and architecture
• AGF How it works AGF?
• HW architecture
• AGF performances
• Achievements
• S/S Functionality 
• Demo (2-3 hours) afternoon session
• AOB

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--123
Proposal Generated in response to ITT Impact
of Small Missions on Earth Observation Ground
Segment Systems (SMOG) ESA AO/1-3879/I-SB
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SMOG Background

• New trends in EO missions oriented towards small
  satellite missions concept
• satellites in cluster configuration -gt less
  revisit time
• less sensors per satellite and more specific -gt
  user oriented
• sensors with higher resolution -gt higher data
  rate
• ESA request for a definition of new and generic
  GS data acquisition and processing facility (AGF)
  to face new EO missions efficiently
• providing a core of required functions
• avoiding development of a new GS facility each
  time a new satellite mission is born
• enabling the possibility to accommodate new
  mission specific functions without impacting in
  core AGF functions/architecture

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SMOG Project major objectives (I)

• To define a generic architecture, applicable to
  the Ground Segment of the Earth Observation Small
  Missions.
• To define a generic Advanced Ground Facility,
  AGF, as a basic node of the future ground
  segment.

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SMOG Project major objectives (I)

• Convincing definition of a future generic AGF
  able to cope with requirements of new EO small
  mission concepts
• Design of AGF constrained by budget recurrent
  cost lt 500 k.
• Validation of AGF concept by defining and
  implementing an AGF prototype
• functionally representative of overall AGF
  requested functions
• meeting partially the requirements reduced
  performances w.r.t. that defined for generic AGF

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SMOG AGF Design Drivers (II)

• Overall recurring costs lt 500 k
• Limit the development / manufacturing
• Use of recurrent parts
• Maximum use of COTS
• Modular design to allow for ease adaptability and
  expandability
• Simple operation concept from user point of view
• autonomous minimum exchanges with mission
  centers
• automated

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SMOG AGF Design Drivers (II)

• SW architecture as independent as possible from
  HW architecture performances of system only
  dependant of available budget for HW.
• Fast product delivery ground networks
• Use of Industry standards to have an open
  architecture

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• Modular design of the AGF
• A basic AGF core designed
• Its functionality can be improved by adding new
  modules
• Flexible design of the AGF
• Support to generic missions e.g. TM Acquisition,
  Archive, catalogue
• Specific details for each specific mission have
  to be implemented, e.g. Data Processing

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Project Organization
Prime Contractor INDRA ESPACIO
(Spain) Subcontractor ALCATEL ALENIA SPACE
BELL (Belgium) Subcontractor TTI (Spain)
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Project Phases

• SMOG project is divided in two phases as required
  in SOW
• Phase I (2/2001 -gt 28-11-2003)
• Study and analyse GS evolution
• Define and Design of AGF architecture
• Phase II (6-7/2003 -gt 6/2006)
• Implementation and demonstration of AGF prototype

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Events

• Change of ESA technical officer from Phase I to
  Phase II
• Change of project INDRA Project Manager as of end
  January 2005

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Project Life Cycle
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Phase I Tasks

• Task 1 Project management for Phase I and II
• Project management
• Product Assurance
• Configuration and Documentation Control
• Project Web Pages Preparation
• Task 2 GS Evolution and AGF Definition
• GS Evolution Study
• User Requirements
• GS Requirements
• GS Architecture
• AGF System Requirements
• Task 3 AGF Design
• AGF Design Architectural and detailed)
• Technologies versus COTS Study, Survey of Market
• Cost Study non recurrent and recurrent products
• Prototype definition specification and
  development plan

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Phase I WBS
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Phase I Meeting

• (KOM) Performed on 28/01/02
• (SRR) Performed on 09 and 10 /05/ 02
• (PDR) Performed on 31/07/02
• Video conference on 09/10/02
• (CDR) Performed (27/11/02)

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Phase II Tasks (I)

• Task 4 Prototype Implementation, Integration and
  Acceptance
• System/Subsystem definition
• Development of AGF manager
• Development of AGF Product generation
• Development of AGF Product Dissemination
• Development of GUI
• Development of FEP and FEP I/F to AGF manager
• Performing integration and acceptance test
• Perform system acceptance testing
• User Manual

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Phase II Tasks (II)

• Task 5 Prototype Demonstration support
• Perform AGF Demonstrations
• Delivery of AGF Prototype to Esrin along with the
  documentation set
• Installing Prototype at Esrin along with training
  
• Production of the Final Validation Report and
  Executive Summary

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Phase II Additional Tasks

• INDRA requested ALCATEL the implementation of
  Satellite simulator intended to inject Raw TM
  data into FEP.
• Request formally issued end 2003

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Phase II WBS
SMOG Phase 2
AGF PROTOTYPE
AGF VALIDATION
Task-4
Task-5
4000
5000
S/s Definition
S/s Manufacturing
Documentation
Integration Acceptance
Validation File
Demonstration Exec
Maintenance Delivery
4100
4200
4300
4400
5100
5200
5300
Integration File
Demostration Plan
Demonstration-1
SW Upgrade
RF Signal Processing
RF Signal Processing
Integration Process
4310
5110
5210
5310
4110
4210
4410
Acceptance File
AGF Validation Report
Demonstration-2
HW maintenance
4320
5120
5220
5320
User Documentation
Executive Summary
Demonstration-3
Installation ESRIN
Standard Antenna
Standard Antenna
Interface Verification
4330
5130
5230
5330
4111
4211
4411
Array Antenna
Down/Converter
SW Refinament
4112
4212
4412
Down/Converter
Integration Testing
IF Signal processing
4113
4413
4220
Acceptance Testing
IF Signal processing
4420
FEP
Demod/Bit Synch
4120
4221
FEP
Data Processing
4222
4130
Data Processing
Final Presentation activities
4230
Data Ingestion
4131
Product extraction
Data Ingestion
and generation
4231
4132
Product extraction
Processor, Data-base
and generation
Archiving
4232
4133
Processor, Data-base
Product Dissemination
Archiving
4134
4233
Control
Product Dissemination
4140
4234
Product Distribution
4235
Control
MC
4240
4141
Product Scheduler
4142
User IF/Product
MC
request handling
4241
4143
Product Scheduler
4242
User IF/Product
request handling
4243
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Phase II Meetings

• (KOM2) Performed on July 2003. Starting of
  activities September 2003.
• (CDR of Prototype) Performed (15/4/2004)
• First Demo AGF Prototype (25/11/2004) with FEP
  simulated
• FEP IQ F.A.T (13-10-2005), Minor anomalies
  found, Authorization for delivery upon correction
  14-11-2005
• Second Demo, complete AGF configuration,
  performed 31-5-2006

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Phase II AGF Prototype development Stages

• PHASE 2

• PHASE 1

• STAGE II

• STAGE IV

• STAGE III

• STAGE I

• AGF Prototype
• 1st Demo 11/04
• (FEP simulated)

• AGF Prototype
• Factory Acceptance

• AGF Prototype
• ESRIN Final Review

• AGFPrototype

• AGF Prototype

• AGF Prototype

• AGF Detailed

• AGF System Design

• Integration

• Validation

• Implementation

• Design

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Phase II Documentation INDRA

• Task 4 Prototype Implementation, Integration and
  Acceptance
• AGF Prototype external ICD
• ADD for the Archiving (PAS)
• ADD for the Product Generator (PGS)
• ADD for the Dissemination S/S (DDS)
• ADD for the Manager S/S (MAN)
• User Manual

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Phase II Documentation INDRA

• Task 5 Prototype Demonstration support
• Demonstration plan
• AGF Validation report
• Executive summary report

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Phase II Documentation ALCATEL, Task 4 Document

• Task 4 FEP IQ simulator Implementation,
  Integration and Acceptance
• AGF Prototype FEP System Requirements
• SMOG AGF prototype External Interface Control
  Document
• AGF Prototype FEP Architectural Design Document
• IQ Generator (simulator) Architectural Design and
  Interface Control Document
• User manuals
• SMOG AGF prototype Distribution Subsystem User
  Manual
• FEP User and Operations Manual
• SMOG AGF prototype IQ User and Operations Manual
• OMNISAT HIGH RATE MULTIMISSION DEMODULATOR User
  Service Manual
• TEST MODULATOR User Service Manual
• SMOG AGF prototype test
• Acceptance Test Procedure
• Acceptance Test procedures as executed

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Phase II Documentation TTI

• Critical analysis of the pros and contras of the
  use of phased-arrays against parabolic systems
• Antennas for small EO receiving stations
  Development Plan for the Active Antenna

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Phase II Task 5 deliverables

• Task 5 Prototype Demonstration support
• AGF SW
• HW elements
• Data used

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El valor de la anticipación