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Indian Ocean METOC Imager (IOMI) Operational Concept Demonstrates Military Operational Utility and Enables Improved Glob

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Indian Ocean METOC Imager (IOMI) Operational Concept Demonstrates Military Operational Utility and Enables Improved Global Weather Prediction. Data to NOAA, NASA & Navy Centers. Australian Ground Station & Data Processing Center. Data to Naval Centers/ Fleet Demo. CONUS “1” FY06.

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Presentation Transcript
slide1

Indian Ocean METOC Imager (IOMI)

Operational Concept

Demonstrates Military Operational Utility and Enables Improved Global Weather Prediction

Data to NOAA,

NASA & Navy

Centers

Australian

Ground Station

& Data Processing

Center

Data to Naval

Centers/

Fleet Demo

CONUS “1”

FY06

CONUS “2”

FY06

Indian Ocean “3”

FY07 to FY13

Direct Data

Downlink

to IO Ships

Inter-Agency And International Cooperation

mission design

S/C

Disposal

Relocation

IOMI Operations

February

2007

April

2012

2008

2009

2010

2011

Mission Design

Geosynchronous Locations

EO-3 East: 77o W Longitude

EO-3 West: 117.5o W Longitude

IOMI: 75o E Longitude

Launch Date: November ‘05

Altitude: 35,786 km

Inclination: 5.1o+ 0.6o

Spacecraft

Checkout (Day 8-10)

GTO (Day 1-7)

Launch

GIFTS Activation

& Checkout (Day 11-60)

Reposition Maneuver

EO-3 West Operations

EO-3 East Operations

Oct

05

Nov

Dec

Jan

06

Feb

Mar

Apr

May

Jun

Jul

Aug

Sep

Oct

Nov

Dec

Jan

07

Feb

GIFTS Abbreviated Checkout

(<5 days)

Example shown for November ’05 Launch

gifts iomi consolidated architecture

SMQ-11

GIFTS-IOMI Consolidated Architecture

Commands &

SOH Telemetry

GIFTS High-Rate

Data

SMQ-11

Downlink

S-Band

X-Band

Mission

Management

Tasking

Teams

NOAA, FNMOC, Reg’nl METOCs

Spacecraft

Operations

GIFTS Pyld

Operations

Product

Generation

Ground

Processing

EO-3 Phase

Technology Validation Data

Measurement Concept Validation Data

NOAA Meteorology Products

Chemistry Products

Aviation Safety Program

Validate Navy Products

IOMI Phase

SMQ-11 Downlink

Synoptic Scale Weather Patterns

Severe Storm Detection & Modeling

Cloud Classification

Cloud & Water Vapor Drift Winds

S/C Engr

Support

GIFTS Engr

Support

slide4

IOMI GSS Architecture

Air

Force

Satellite

Control

Network

Data Network

S-band

Command

Network

80 Mbps downlink

Spacecraft

Mission Data

S-band

Engineering Data

Instrument Commands

GIFTS

500 Kbps

SMQ-11 downlink

8-1024 kbps downlink

1 kbps uplink

AN/SMQ-11 Receiver

AFSCN

Ground Station

X-Band

Ground Station

SCCC

Chantilly, VA

Command

Uplink

Generation

Telemetry

Acquisition

XPOCC

IMAGE

GPOCC

Command Generation

Telemetry

Acquisition

&

Processing

Navy Tasking Manager

Mission Planning

Components to be baselined

Instrument Monitoring

slide5

Scan Period

Pointing

  • Coverage Resolution
  • IFOV/512X512km/.06 cm-1
  • Zone/1500x1500km/.06 cm-1
  • Region/3000x3000km/.06 cm-1
  • Area/6000x6000km/.6 cm-1
  • Global/10000x10000km/.6 cm-1/ 1.2 cm-1/4.8 cm-1/18 cm-1

Minimum Instantaneous FOV

Regional

Zone

Area

Global

IOMI Coverage Characterization

slide6

T_point=1s

T_scan = 11 sec

Scan (i+1)

Scan (i)

dither

T_scan-scan

IOMI Coverage Characterization

Compute (i-1), SMQ-11

  • Dither : time used to complete (i-1) processing
  • T _scan-scan = 12s plus dither
iomi conops option one
IOMI CONOPS/Option One

Mission Data

Remote X-Band Ground Station

  • Data Handling
  • Separate Data Streams

SMQ Downlink

Commands/Telemetry

Commands/Telemetry

AFSCN

Bureau of Meteorology, Australia

  • S/C Command and Control
  • S/C Engineering
  • Space Access Management

SCCC

FNMOC/NLMOC

  • Processing
  • Quality Control
  • Dissemination

Distribution Network

Mission Data

Commands and Telemetry

Data Products

Navy Tasking

  • Payload Commanding
  • Mission Planning
  • Archive Management

Navy Tasking

GPOCC

Shared Products Network

iomi conops option two
IOMI CONOPS/Option Two

Mission Data

Remote X-Band Ground Station

  • Data Handling
  • Separate Data Streams

Commands/Telemetry

SMQ Downlink

Commands/Telemetry

AFSCN

Bureau of Meteorology, Australia

  • S/C Command and Control
  • S/C Engineering
  • Space Access Management

SCCC

FNMOC/NLMOC

  • Processing
  • Quality Control
  • Dissemination

FTP data transfer

Mission Data

Commands and Telemetry

Data Products

Navy Tasking

  • Payload Commanding
  • Mission Planning
  • Archive Management

Navy Tasking

GPOCC

Shared Products Network

functions and interfaces
Functions and Interfaces

Processing Centers

GIFTS-IOMI Project Office

Tasking Teams

Mission Mgmt

Team

Technology

NOAA

Measurement Concept

Project Office

NAVY

Mission Manager

NOAA

Navy

Spacecraft Operations

GIFTS Operations

NOAA CDA

GPOCC

UW Data Center

SCCC

Planning/Commands

Planning

Data V&V

Performance Val

Product Generation

Data Flow

Antenna & RF

Telemetry

Engineering

Computer Tech

Hardware Main

Commanding

S/C Planning

HW/SW

TLM

SOH Engineering

Ground Processing

Product Generation

S/C Engr Support

Payload Engr Support

Performance

Calibration

Thermal/Mechanical

Data

Mechanical

Thermal

C&DH