an enterprise approach for meeting satellite data and product distribution and access requirements...
TRANSCRIPT
An Enterprise Approach for Meeting Satellite Data and Product Distribution and Access
Requirements
Reginald Lawrence, NOAA/NESDIS/OSD
NOAA Direct Readout Conference
April 2011
Presentation Outline
• What is GAS?
• Operational Distribution & Access Systems to Satellite Data and Products – Current Subsystems
• Operational Distribution & Access Systems to Satellite Data and Products – Future Subsystems
• Evolutionary Path
• Impacts
• Schedule
2
What is GAS?
• GAS, by definition, is the GOES R-Series Ground Segment Access Subsystem
• GAS will become a part of the consolidated enterprise solution for the Environmental Satellite Processing Center (ESPC) future operational Product Distribution and Access (PDA) subsystem
3
NESDIS Operations - CURRENT
USERS
SatelliteAcquisition
Satellite Applications & Research
SatelliteOperations
Data Processing
& Distribution
Data Centers
New Products
NearReal-Time
Data
RawData
Long-TimeSeriesData
Satellites
New Products
In SituData
Non-NOAA
Satellite Data
USERS
USERS
SatelliteAcquisitionSatellite
Acquisition
Satellite Applications & Research
Satellite Applications & Research
SatelliteOperationsSatellite
Operations
Data Processing
& Distribution
Data Processing
& Distribution
Data CentersData
Centers
New Products
NearReal-Time
Data
RawData
Long-TimeSeriesData
Satellites
New Products
In SituData
In SituData
Non-NOAA
Satellite Data
Non-NOAA
Satellite Data
NESDIS
ESPC
GOES - Geostationary Observational Environmental Satellite POES - Polar-orbiting Observational Environmental Satellite
4
Environmental Satellite Processing Center (ESPC) Segments
Distributionand Access
Satellite Data
Users Community
Ancillary Data
Archive (CLASS)
Data & Products
Ingest
Environmental SatelliteProcessing Center (ESPC)
ProductGeneration
Infrastructure
5
Current/Planned Distribution and Access
• Current GOES and POES (both NOAA and non-NOAA assets) distribution and access of data and products are provided via several legacy operational ESPC subsystems including SATEPSDIST systems and the Data Distribution System (DDS)– GOES data to the NWS is primarily through the GOES Ingest and
NOAAPORT Interface (GINI)– SATEPDIST subsystems are Man Computer Interactive Data Access
System (McIDAS) based, allowing users to pull data via McIDAS Abstract Data Distribution Environment (ADDE) commands
– DDS subsystems provide primary access and distribution of POES data and products
6
Current/Planned Distribution and Access
• Previous plans called for the new GOES R-Series (GOES-R) and Joint Polar Satellite System (JPSS) missions to provide their own separate distribution and access systems: GOES-R Access Subsystem (GAS) and NPOESS Data Exploitation (NDE), respectively
• Plans are now to consolidate legacy and future mission distribution subsystems into an enterprise solution for ESPC operations
7
User
Ingest Product
Generatio
n
• NESDIS understood that uncoordinated project development activities conducted without consideration of legacy operations leads to operational ‘stove pipes’
• Parallel development of an enterprise solution creates risks for the Project Manager because project success is dependent on the success of the enterprise effort
Issues
8
Moving to an Enterprise Solution
• Decision made to incorporate all required distribution and access functionality within an enterprise solution: Product Distribution and Access (PDA)– Identify PDA enterprise and project-unique requirements from
the comprehensive set of the legacy, GOES-R, and NDE requirements
– Capture project schedule needs and constraints (e.g., reviews, integration and test, operational capability)
• Derived enterprise PDA services– Receive Data (push and pull)– Route Data (to users and storage)– Subscription Services– Distribute Data (includes user interface)– Store Data (internal short term and interface to CLASS)– Support Future Data and Product Enhancements (additional
external data processing)9
Moving to an Enterprise Solution
• System acquisition planned through the NESDIS Office of System Development (OSD) Environmental Satellite Processing and Distribution System (ESPDS) Development contract
• Acquisition approach focused on ensuring planned project schedule needs are met– Phased enterprise evolution– Incremental development and delivery
• Service oriented architecture planned to accommodate new missions or new mission needs
10
Product Distribution and Access (PDA) Phase 1
NDE PDA Prototype
Product Distribution and Access (PDA) Phase 2
NDE and GOES-R Increment 1 (including Legacy as Phase 2.5)
Product Distribution and Access (PDA) Phase 3
NDE, GOES-R Increment 2, Legacy
Product Distribution and Access (PDA) Phase 4
NDE, GOES-R, Legacy and New Missions
2013-15
2011-13
2015-16
2016 -
PDA Evolution Plan
Notes:1. The first operational PDA will be delivered
in Phase II. The Phase 1 PDA prototype will be used operationally for NDE. Components of the Phase 1 NDE PDA prototype are planned to be used in the Phase II PDA design.
2. NDE (NPP) and Legacy operations will transition to the Phase II PDA after GOES-R check out and operations. 11
NESDIS & NWS Satellite Product Data Flow – As Is
SATDIST
DDS
WEBSERVER
GINI
13
NESDIS & NWS Satellite Product Data Flow – Planned 2013
NSOF Suitland, MD
SVALBARD
WALLOPS CDA
NWS AWIPSSilver Spring, MD
NCEP
Environmental Satellite Processing Center (ESPC)
DOMSAT
DOD
NOAA POES
NOAA GOES
JASON-2
DMSP
NOAA SERVER
JASON-2SUBSYS
FTPSERVER
INGEST PROCESS DISTRIBUTE
SATPROD
NCF
EOSSUBSYS
NOAA Weather Wire ServiceSilver Spring, MD
AWC, Kansas City, MOSPC, Norman, OKSWPC, Boulder, COTPC, Miami, FL
AWC, Kansas City, MOCPC, Camp Springs, MDEMC, Camp Springs, MDNCO, Camp Springs, MDHPC Camp Springs, MDOPC, Camp Springs, MDOCCS, Gaithersburg, MDOCCS, Fairmont, WVSPC, Norman, OKTPC, Miami, FL
NWS Telecommunication GatewaySilver Spring, MD
NWS Hydrometeorological Automated Data System (HADS), Silver Spring, MD
NGDCBOULDER, CO
NCDCASHEVILLE. NC
NODCSILVER SPRING,
MD
GOES
POES
JASON-2
EMWIN
POES, METOP, DMSP
GOES GVAR
LRIT
DAPS/DCS
FEMA
NASA
USGS
POES, JASON-2
NON-NOAAGOES
METOP
POES
DMSP
JASON-2
JASON-2 PULL
AMSU A, B
JASON-2 PULL
EOSQuikSCAT
EOS(QuikSCAT)
EMWIN
WEATHER WIRE
POES, METOP, DMSP
AMSU A, B
GOES, NON-NOAA GOES
EMER. MSG
GOES
DCP
DCP
EMER. MSG
JASON-2
JASON-2
EMWINNWS LRIT CDA/GOES
DARMSTADT
ARGOSDCP
LINE OF DEMARCATION
UCAR
BOULDER, CO
COSMIC
COSMIC
NOAA DATA CENTERS
CLASSGOESPOESDMSP
JASON-2
GOES
DCP
DMSP
DMSP
FEDERAL GOVT INTERFACES
NWS INTERFACES
LEGEND
- Non-NOAA Facility
- Non-NOAA Interface
- NWS Interface
EOS
METOP
POES
GOES, NON-NOAA GOES
GOES, NON-NOAA GOES
GOES, NON-NOAA GOES
EOS
SSGPSERVER
GINI
GOES, NON-NOAA GOES
EOS
GOES SUBSYS
GOES GVAR
- NESDIS Facility
POES, METOP, DMSP
POES, METOP, DMSP
POES, METOP, DMSP
POES, DMSP
POESSUBSYS
WEBSERVER
GOES
GOES
TBUS
TBUS
COSMIC
SABTROPICWORKSTATION
NOAA SCIENCE CENTER
SABWILDFIREWORKSTATION
TROP BLTN
FIRE, VOLC VGF
FIRE, VOLC VGF
WINDS, ASOS SCP, SFOVTEXT, TROP,VOLC BLTN
NAWIPS, NOAA SCIENCE CENTERCAMP SPRINGS, MD
VOLC, TROP, PCPN BLTNs
Planned 2013 NESDIS & NWS Satellite Product Data Flow
GOES LRITGVAR BROADCAST
POES HRPT BROADCAST
DMSP
JPSS
EUMETSAT
EMER. MSG
VOLC, TROP, PCPN BLTNs
COSMIC
GOES
POES, GOES,DMSP, JASON-2, NPP
COSMIC
CGS
DCS
Domsat
Domsat
Domsat
Domsat
Domsat
Domsat GOES
GOES POES
METOPNDEGINILRITMSGFOS
MTSATSPP & DDS
WALLOPS CIP OBF
MPLS
CLASS
CLASS
CLASS
CLASS
LRITEMWIN
Emer Msg
COSMIC
2/16/2011
GOES, NON-NOAA
POES, METOP, DMSP
BNCF Fairmont WV
NOAAPORT
MTSAT, MSG
Met-7
Met-7
Ancillary Model Data
NWS AWIPS
BNCF Fairmont, WV
POES, GOES DMSP, METOP
NAWIPS, NOAA SCIENCE CENTERCAMP SPRINGS, MD
FAIRBANKS CDA
POES
JASON-2
COSMIC
Domsat
Domsat
NPP
CLASS
NPPSATELLITE INGEST SYSTEM
(SIS)CGS NDE
PRODUCT DISTRIB.
AND ACCESS
(PDA)
14
NESDIS & NWS Satellite Product Data Flow – Planned 2015
SATELLITE INGEST SYSTEM
(SIS)
CGS NDE
PRODUCT DISTRIB.
AND ACCESS
(PDA)
GOES-R
PG PD
GOES-R Notional Architecture
15
GS CoreGOES-R Access Subsystem
Algorithm Support(AWG)
GOES-R GS, NSOF
GOES-RAccessPoint
GOES-R7-Day Store
Antenna/RF(GSP)
LS GN
Ancillary DataRelay System
(OSDPD)
Users(External to
NSOF)
CLASS(Node at NSOF)L1b, L2+, Ancillary, Inst. Cal
Sectorized Cloud & Moisture Imagery
Products
Products
Ancillary Data
Satellite Simulator(GPO/Flt)
T&C
GRB
T&C
GS Core
Satellite Simulator(GPO/Flt)
LS GN
T&C
Antenna/RF(GSP)
T&C
DCS/DAPS(OSDPD)
HRIT/EMWIN(NWS)
GOES N/O/P SSGS(OSO)eGVAR
GS Core
Satellite Simulator(GPO/Flt)
LS GN
T&C
Antenna/RF(GSP)
T&C
HRIT/EMWIN(NWS)
Sectorized Cloud & Moisture Imagery
L0, L1b, L2 KPPs, Inst. Cal
L0
HRIT
HRIT
DCS
CMD, GRB
Telem,Msn Data
CMD, GRB
Telem,Msn Data
Wide Area Network Communications (OSO)
GS Contractor Scope
GFP
GOES-R GS External Functions
GS Internal I/F
GS External I/F
NS
OF
(Su
itla
nd
, MD
)
Wide Area Network Communications (OSO)
ESPDS
T&
C, G
S S
ynch
, EM
,In
st. C
alib
rati
on
Dat
a
T&
C, G
S S
ynch
, EM
,In
st. C
alib
rati
on
Dat
a
Data/Prods àß EMEvents
CLASS(Ingest Portal
at WCDAS)
WAN (OSO)
CLASS(Ingest Portal
at RBU)
AWIPS*(I/F from
NSOF and RBU)
WC
DA
S(W
allop
s, VA
)
Off-S
ite
To Archives
To Archives
WA
N (
OS
O)
RB
U(F
airmo
nt, W
V)
TNCF(MD)
NCF(MD)
BNCF(WV)
WAN (OSO)
PoP
EM
PG PDMM
EM
PG PDMM
EM
PG PDMM
L2+ Parameters, L1b Cal Coefficients(via physical media to operators)
Backup Slides
16
O N D J F M A M J J A S O N D J F M A M J J A S O N D J F M A M J J A S O N D J F M A M J J A S O N D J F M A M J J A S
FY 2013Q1 Q2 Q3 Q4
FY 2014Q1 Q2 Q3 Q4
FY 2012Q1 Q2 Q3 Q4
FY 2010Q1 Q2 Q3 Q4
FY 2011Q1 Q2 Q3 Q4
WA 6 Domain 5 /
HRIT
WA 7 CIP
DSCOVR
WA 1 PDA/ Enterprise
WA 3 Ingest
WA 2 NDE
WA 4 ADRS
WA 5 Space Weather
I2 ORR
10/24
I2 TRR
1/14
I1 ORR
10/9
I1 TRR
1/14
I1 PSR
6/4
I2 PSR
5/22
Start
9/1
PDR-A
5/20
CDR
11/2
IBR
2/2
SRR/SDR
1/21
Start
9/1
IBR
11/17
Build 3
11/26
Build 4
8/20
Build 5
10/3 1/31
NDE Sustainment CompletedNPP Launch
10/25
Trans to Ops
April
Start
4/4
Completion
9/30Start
12/28 4/25
SRR/SDR PDR
7/21
CDR
11/2
TRR
1/14
ORR
10/96/4
PSR
Start
2011
Completion
2013
Start
6/1
Completion
2013
Start
4/1
Completion
9/30
Start
2012
Completion
2018
Funded
Unfunded
PDR-B
6/20
Phase 1
6/4SAR
7/14
ESPDS Program MilestonesAs of April 1, 2011
17
Functional Analysis & Decomposition Process to Develop Legacy Requirements
• PDA Functional Model – Capture all functions for data product access & distribution– Identify missing functions and requirements
3.0 Disseminate Data
3.1 Receive Data Products
3.3 Distribute Data Products
3.2 Route Data Products
3.3.2 Initiate Data Product Push
3.3.3 Allow Data Product Pull
3.3.1 Enable Data Discovery
3.3.4 Log Data Product
Distribution
3.3.1.1 Provide Order Status Notification
3.3.1.3 Support Data Product
Requests
3.3.1.3.1 Accept Data Product
Requests
3.3.1.3.2 Approve Data Product
Requests
FR001_FTP_PullFR004_FTP_PushFR005_FTP_Push_PrimaryFR006_FTP_Push_Secondary
FR007_FTP_Push_RetransmitFR021_Rename_Before_PushFR022_Push_To_Temp_Name
FR008_User_Push_Pull_BothFR019_Dual_Role_AccountNDE_SRS118_Data_Delivery
FR012_Server_LogsFR013_Client_LogsFR023_Site_Parameters
NDE_SRS_209_User_Subscription_Requests NDE_SRS_265_Approve_Subscription_Requests
NDE_SRS120_Order_Status_Notification
3.3.2.1 Provide Data Product
Status
18
19