Space Weather Architecture Development Team ADT

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Space Weather Architecture Development Team (ADT)

• Technology Working Group

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Space Weather ArchitectureTechnology Working
Group Phase I Organizational Structure
DoD Space Architect Maj Gen Dickman

Senior Advisory Panel
ADT Chair Col Simpson
Review and Validation Panel
Integration Panel
Analysis Team
Cost Team

• Life Cycle Cost

• Operational Impacts Analysis

Operations and Requirements Working Group
Technology Working Group

• Operational Impacts
• Evolved Baseline
• User Needs and Requirements

• Technology Forecast

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Space Weather ArchitectureTechnology Working
GroupTWG Organization

• Magnetospheric
• Particles Fields
• Geomagnetic
• Disturbances
• Radiation Belts

• Coronal mass
• ejections
• Solar activity/flares
• Solar galactic
• energetic particles
• Solar UV/EUV/Soft
• X-rays
• Solar radio noise
• Solar wind

• Aurora
• Ionospheric
• Properties
• Ionospheric
• electric fields
• Ionospheric
• disturbances
• Ionospheric
• scintillations
• Neutral
• atmosphere

• Supporting

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Space Weather ArchitectureTechnology Working
Group Responsibilities

• The Technology Working Group will identify
  current, evolved and future technologies and
  capabilities related to Space Weather (SWx).
• Technology Forecast
• Support Evolved Baseline (Models, Sensors,
  Observables, and
• Platforms tables)
• Support Analysis Team

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Space Weather ArchitectureTechnology Working
Group Relevant Technology Importance Scale

• Critical/Enabling
• A Technology That Is Absolutely Necessary in
  Order to Implement, Produce, or Operate
• Enhancing
• A Technology That If Developed Would Have
  Measurable, Tangible Benefits, e.g., Smaller,
  Lighter, More Reliable, More Affordable, More
  Responsive, Better Performance, Easier to
  Maintain, etc.

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Space Weather ArchitectureTechnology Working
Group Relevant Technology Categorization Matrix
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Space Weather ArchitectureTechnology Working
Group Space Weather Relevant Technology

• Physics/Chemistry
• Solar/Solar Wind, Magnetosphere, Ionosphere
• Sensors
• Specification and Forecast Models
• Space Systems
• Launch, Propulsion, Spacecraft, TTC
• Ancillary/Pervasive
• Electronics, Optics, Structures, Computers,
• Mission Data Handling
• Transmission, Storage, Processing, Fusion,
  Dissemination

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Space Weather ArchitectureTechnology Working
Group Relevant Technology Process
Determine all Projected SWx Sensing Missions
Identify Critical Technologies
Document Impacts and Trends of Critical Technologi
es
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Space Weather ArchitectureTechnology Working
GroupSusceptability Trends

• Identify future trends in technology
  susceptability and suggest mitigation techniques
  where susceptability increases
• Device manufacture
• Spacecraft
• Architectures/constellations

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Space Weather ArchitectureTechnology Working
Group Relevant Technology Team Agenda for 11 Feb

• Review Draft Relevant Technology Master List
• Correct/Modify/Update
• Identify Critical Technologies
• Domain-specific/Supporting
• Special emphasis
• Assign Organizations to Perform the Impact and
  Trends Assessment of Critical (special emphasis)
  Technologies

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Space Weather ArchitectureTechnology Working
Group Technology Categories -- Two Dimensions

• Enabling (Critical) / Enhancing
• Enabling (Critical) A Technology That Is
  Absolutely Necessary in Order to Implement,
  Produce, or Operate
• Enhancing A Technology That If Developed Would
  Have Measurable, Tangible Benefits, e.g.,
  Smaller, Lighter, More Reliable, More Affordable,
  More Responsive, Better Performance, Easier to
  Maintain, etc.
• Domain Specific / Supporting
• Domain Specific Space Weather Peculiar Physics,
  Chemistry, Models, Simulation, etc.
• Supporting All Others Which Facilitate or Make
  Possible Space Weather Sensing, Modeling, etc.

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Space Weather ArchitectureTechnology Working
Group Scope of Support to Evolved Baseline (EB)

• Develop complete collection of space sensor,
  ground center model, space weather observables,
  and space platforms
• This collection, plus the products and laydowns
  of the Space Weather Architecure will document
  the evolved baseline and is the starting point
  for the alternative architecture development in
  Phase II

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Space Weather ArchitectureTechnology Working
Group Sensors, Platform
Platform
Sensors
Primary Fields Plat Name Organization/Country Spac
e Weather Grouping Solar Activity Domain Plat
Location Plat Type Plat Orbit Plat Status
Plat Description Sensors
Names Platform Input Author Platform Input
Ref Secondary Fields Follow-onPrograms

• Primary Fields
• SensorName
• Organization/Country
• Space Weather Grouping
• Solar Activity Domain
• Scientific Obj
• Generic Sensor Type
• Generic Sensor Category
• Platform Name
• Geophysical ParametersStatus
• Sensor Input Author
• Sensor Input References
• Part OfSpectrumUtilized

Secondary Fields SensorLifeExpectancy SensorWt
SensorPwr Telemetry SensorSize SensorLocat
ion Sensor Description Measurement Names
Follow-on Programs Viewing Geometry
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Space Weather ArchitectureTechnology Working
Group Models, Observable/Measurement
Observable/Measurement
Models
Primary Fields MeasName
SpaceWeatherGrouping SolarActivityDomain MeasTy
pe MeasInputAuthor MeasInputRef MeasDescription S
econdary Fields MeasTemporalResolution MeasSpatial
Resolution MeasTime(RefreshRate)
MeasUsage(Models) MeasReqmt
MeasJustification

• Primary Fields
• Model Long Name
• Model Short Name
• Organization/Country
• Space Weather Grouping
• Solar Activity Domain
• Model Type
• Model Description
• Model Status
• Model Inputs
• Model Ouputs
• Model Input Author
• Model Input Ref

Secondary Fields OutputTemporalResolution
OutputSpatialResolution OutputArealExtent ModelVal
idationHistory Preprocessing Lines_of_code
Machineclass ModelRunTime CurrentModelUsage

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Space Weather ArchitectureTechnology Working
GroupCurrent and Evolved Master List Totals
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Space Weather ArchitectureTechnology Working
Group
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Space Weather ArchitectureTechnology Working
GroupAnalysis Support
Input
Process
Output

• Provide scientific support for the space weather
  characterization inputs necessary for system
  impact modeling

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Space Weather ArchitectureTechnology Working
Group
ADT/TWG (10-11 Feb 98)
TWG (Co-chair) (23-24 Feb 98)
ADT 3 (10-11 Mar 98)
Population of SWx Database Complete
Review Population of SWx Database
NetViz Complete
Final Quality Check
Product Table and Operational Laydown (Linkages)
Initialized
Product Table and Operational Laydown (Linkages)
Complete
NetViz Association
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Relevant Technology Actions
ADT/TWG10-11 Feb
TWG23-24 Feb
DUE DATE6 Mar
ADT/TWG10-11 Mar
RatifyDOMAINSPECIFICResults
Check Progress

• Select 10-20Most Critical
• Special EmphasisSUPPORTING
• MITRE (NASA?)

RatifySUPPORTINGResults
Check Progress

• Assess 10-20 FutureTechnologies w/
  GreatestSUSCEPTIBILITY to Space Wx
  EffectsAEROSPACE

RatifySUSCEPTIBILITYResults
Check Progress