Transcript Northrop Grumman Participation GEOSS AIP Health:Air Quality SBA Stefan Falke, Glenn Higgins, Aaron Swanson, Tim Pasierb Northrop Grumman Corporation Information Technology.

Northrop Grumman Participation
GEOSS AIP Health:Air Quality SBA
Stefan Falke, Glenn Higgins, Aaron
Swanson, Tim Pasierb
Northrop Grumman Corporation
Information Technology
NGC Response to AIP CFP
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Smoke Forecast Output through WCS – Standard OGC Web Coverage Service
interfaces will be developed for smoke forecast output from the Forest Service
Bluesky model and for the NGIT CALPUFF/WRF model
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Analysis and Processing Services - Data analysis and processing services will be
developed to meet analyst needs in the Pilot scenario and used in web service
workflows.
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Sensor Description Services – Sensor Modeling Language (SensorML) will be
created for select sensors included in the Pilot scenario
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PULSENet OGC Sensor Web Enablement (SWE) Client – The PULSENet client
could be used and demonstrated to access earth observation web services, access
the sensor metadata, visualize data, disseminate data through standard OGC Sensor
Observation Services, and task sensors (e.g., NASA EO-1) for new data collection.
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Use of Internet2 – Leveraging previous research and NGIT’s partnership with
Internet 2, on-demand, end-to-end network connection with any other Pilot node
connected to the Internet 2 could be established to demonstrate the impact of the
higher Internet2 bandwidth.
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Visual Integration of NWP Products – Methods and tools will be developed to
achieve overlay visualization of distribution of forecasts that can be presented in a
way that maximizes the information content to the user.
Proposed Wildfire-Smoke Scenario
Sensor
Observations
NASA Ames
USFS AirFire
USFS
Bluesky
NGC
CALPUFF/
WRF
NASA
Langley
(ACC)
NOAA
ARL
EO-1
Smoke
Extraction
Service
Obs-Model
Comparison
Service
Model-Model
Comparison
Service
Fused
Visualization
Service
Decision
Support
Web Coverage Service
NASA EO-1
Processing
& Analysis
Web Coverage Service
NOAA NESDIS
Sensor Observation Service / Web Coverage Service
GEOSS
Common
Smoke
Forecasts
Policy
Maker
Analyst
Manager
Public
sensor
tasking
PULSENet Clients
Service/Encoding
Version
SOS
1.00.0.31
SPS
1.0, 0.0.30
SAS
0.2.0
WNS
0.1.1
WMS
1.1.1
WFS
1.0.0
WCS
1.1
CS-W
2.0.1
SensorML
1.0.30
O&M
1.0, 0.11.0
TML
1.0
CAP
1.1, 1.0
Cursor on Target (CoT)
2.0
GML
3.11
Atmospheric Sciences and Engineering
Department Participation
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AS&E Modeling and Integration Experience – AS&E has over a decade of
experience in meteorological simulation and modeling ranging from fundamental
science to operational model integration
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Projects with US Government clients to assess operation impacts of atmospheric processes and
effects; create simulation support tools; and integrate new techniques and technologies
Projects with NASA/SIVO for developing Earth System Modeling Frameworks, the Global Modeling
Initiative, general model development and high performance computing
IRADS to research relevant HPC and HPN technologies and applications
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WRF/CALPUFF Integration
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I2 and DCN applications
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Visual Integration of NWP Products
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Port/verify CALPUFF Suite of Tools to AS&E’s Linux development environment
Prepare a scenario visualization package as a demonstration
Streamline execution of WRF/CALPUFF tools suite to ease further integration with the higher-level
project architecture
Provide high-speed transfers of data between collaborating project activities
Provide integrated network service to specific applications as identified and appropriate
Develop synthesized graphical products of ensemble forecasts to improve product interoperability
Drive other models (e.g., CALPUFF) from ensemble forecasts to provide more reliable estimates of
the variety of probable outcomes
Supplemental Slides
Wildfire Smoke Analyses
GeoEnterprise Architecture
Enterprise Management
Security/Access Control
Enterprise Service Bus
Governance
Orchestration/Workflow
Compliance
Performance Management
Enterprise Applications
Enterprise Services
INFORMATION
MANAGEMENT SERVICES
DISCOVERY
SERVICES
PORTRAYAL
SERVICES
PROCESSING
SERVICES
APPLICATION
SERVICES
Enterprise Information & Data Management
Enterprise Information Exchange
SENSORS
FORECAST MODELS
GML
SensorML,
O&M,TML
KML
Ontologies
INTERNAL DATA STORES
Image Libraries
Geospatial
Products
Environmental
Data
Unstructured
Text
Rules
GeoRSS/RSS
EXTERNAL DATA STORES
Federated
Access
Other Databases
Libraries
Web Reports
SEMANTICALLY ENABLED DATA
Enterprise Operational Support
AS&E
 ESAC Program
 M&S of atmospheric effects on
communication systems using HPC
Northrop Grumman
 NASA SIVO Program
 Provides support to NASA scientific
users of HPC systems
IT Sector
HPCC IRAD
 HPC research and dynamic allocation
of Lambda optical networks
TASC
 Internet 2 IRAD
 Collaboration with I2 to demonstrate
HPC and HPN use
Atmospheric
Sciences and Engineering
ESAC
NASA SIVO
HPC IRAD
 HPC Strategic Initiative
 Commitment to grow HPC business
I2 IRAD
HPC SI
AS&E: SIVO IT Services Contract
Overview
Products
 Supports NASA Software Integration and
Visualization Office (SIVO), Code 610.3, headed by
Mike Seablom under the Sun-Earth Exploration
Division
 SIVO’s goal is to provide applications support to
scientists using NASA high-performance computing
resources – SGI Altix, Linux Cluster
 Corporate and university team members
 5-year, $xxM, IDIQ contract
Objectives
 HPC applications development support
 Support for the Earth System Modeling
Framework (ESMF) and NASA’s modeling agenda
 Support for the Global Modeling Initiative (GMI)
 Developing innovative techniques for High
Performance Computing and Communications
 Miscellaneous support for model development
and HPC
Accomplishments
 Improved scientific software development
processes in HPC environment
 Assisting SIVO in developing technology
roadmap
 Investigating new technologies such as Cell
Processor and High Speed Networks
 Collaborations with NASA to support missions
using NG HPC and HPN resources
AS&E: Atmospheric Effects Section
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Mission:
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Customers:
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Accomplishments:
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Provide environmental simulation and atmospheric characterization for customers
designing communication systems impacted by weather
– Intelligence Community, DoD, NASA, DARPA, Northrop Grumman
– Developed & validated high end atmospheric modeling tools to understand the effects
of clouds and optical turbulence on laser communication systems
– Stood up two GOES direct read out antennas and NOAAport antenna to support
mission objectives
– Analyzed and archived over 60TB of sat met imagery and NWS products including
surface, upper-air & NAM/GFS/SREF products
– Developed a 13+ year high resolution cloud climatology based on GOES 8-12 (4km /
15 min) and MTSAT / MSG
– Leveraged WRF-ARW to support simulations of optical turbulence. Required code
mods to MYJ TKE scheme
– Used EMC products to support system definition studies
– Developed and validated cloud forecasting algorithms based on WRF output and
logistic regression to support mission objectives
– Ported and ran simulation codes on HPC platforms such as Jaws @ MHPCC and NG
center for HPC
– Provided realtime weather support for mission operations