Search results

• GOCART G OL (category NearRealTime)
  Instrument | Method: Model | Type: GRID | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA
  2 KB (199 words) - 19:05, June 2, 2012
• SURF MET (category NearRealTime)
  Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use: Exceptional Event Data Access Services: WMS | WCS
  2 KB (217 words) - 10:03, April 18, 2013
• MOPITT Day (category NearRealTime)
  | Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NCAR
  810 bytes (43 words) - 18:53, January 24, 2008
• GASP (category NearRealTime)
  Viewers: | Description: GASP (GOES Aerosol/Smoke Product) which provides near real-time aerosol optical thickness using the GOES image. The unique feature of
  1,007 bytes (39 words) - 13:45, September 4, 2012
• GDSG Fire (category NearRealTime)
  Instrument | Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NOAA
  796 bytes (44 words) - 14:27, January 24, 2008
• CALIPSO (category NearRealTime)
  | Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA
  1 KB (42 words) - 19:13, June 2, 2012
• GASP tiff (category NearRealTime)
  Viewers: | Description: GASP (GOES Aerosol/Smoke Product) which provides near real-time aerosol optical thickness using the GOES image. The unique feature of
  1 KB (46 words) - 14:25, January 24, 2008
• OMI AI G (category NearRealTime)
  Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA
  2 KB (100 words) - 11:29, December 4, 2021
• SURF MET WIND (category NearRealTime)
  Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use: Exceptional Event Data Access Services: WMS | WCS
  1 KB (51 words) - 09:40, April 18, 2013
• TOMS AI G (category NearRealTime)
  Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA
  1 KB (50 words) - 11:24, December 14, 2009
• NOAA HMS WFS (category NearRealTime)
  Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: NAM | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NOAA
  1 KB (77 words) - 11:28, December 4, 2021
• OnEarth JPL (category NearRealTime)
  Method: RemoteSens | Type: SeqImage | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA
  1 KB (49 words) - 15:46, January 21, 2008
• 071022SoCalSmoke (section Aerosol and Smoke, NearRealTime)
  < Back to Exceptional Event List 071022SoCalSmoke: 071022 Southern California Smoke 071022SoCalSmoke <Backlink to Event Analysis Workspace Interested in
  12 KB (411 words) - 16:08, April 9, 2013
• AIRNow
  include: Querying real-time and historical data analysis Submitting forecasts to the AIRNow program; verifying forecasts Viewing real-time and historical
  11 KB (1,461 words) - 16:08, July 23, 2012
• NSF Air Quality Observatory:AQ Observatory Proposal
  tools allowed real-time, 'just-in-time' data analysis for the characterization of major air pollution events. Ben Domenico's "Thematic Real-time Environmental
  48 KB (6,809 words) - 19:50, June 2, 2012
• AQ Data Systems and Processing Centers
  the EPA data summit in RTP, Feb 12 & 13 2008. The version existing at the time of the AQ data summit can be viewed via the history tab. Add New Data System
  1 KB (104 words) - 09:53, July 4, 2011
• GEOSS AIP Pilot - Initial Scenario
  concentration; Near-real-time Public Safety Decisions - Road, aviation visibility; Alert from DOT, FAA; Visibility, spatial extent; Near-real-time, forecast
  14 KB (1,719 words) - 11:22, December 4, 2021
• Concepts Glossary
  Collection Data Type Identifies non-science-quality products such as Near-Real-Time collections. Common Data Model Datatype The THREDDS data type for this
  55 KB (0 words) - 17:36, November 1, 2016
• AIP AQ Unified Scenario (section Informing the public and the health sector about air quality in real-time or near-real-time and future forecasts (e.g. AIRNow, AIRNow-International, EPA/National Weather Service National Air Quality Forecast guidance, PHASE))
  the real-time connectivity and model-data comparisons discussed above and to assimilate observations into numerical simulation models in real-time. There
  31 KB (4,121 words) - 18:15, June 4, 2008
• AIP AQ Scenario B: Model - Data Synthesis
  pollution episodes or events, it is necessary to perform this integration in near real time. This air quality use scenario envisions a cyberinfrastructure for air
  12 KB (1,410 words) - 12:32, February 1, 2008
• CASTNET
  found/downloaded on the CASTNET website at http://www.epa.gov/castnet, while real-time ozone concentrations from 35 sites are submitted to AirNow and can be viewed
  5 KB (757 words) - 13:29, May 21, 2008
• Sensor Data Quality
  essentially near real-time checks, whereas the third can involve timeframes several orders of magnitude longer than the measurement interval. Near real-time processing
  33 KB (4,946 words) - 16:26, June 25, 2014
• AIP AQ Scenario C: forecasts
  other Decision Support System functionality... ?? Ability to produce near-real-time reports that characterize the smoke event for the Public, AQ managers
  8 KB (1,023 words) - 09:53, October 8, 2021
• Sensor Data Acquisition
  collection frequency? How important is real-time accessibility? For instance, the data could be retrieved in near real-time (every few minutes to every few hours)
  19 KB (2,584 words) - 11:20, April 24, 2014
• Group B1 – AQ Forecasting and Reanalysis for Assessment
  include: Querying real-time and historical data analysis Submitting forecasts to the AIRNow program; verifying forecasts Viewing real-time and historical
  2 KB (270 words) - 09:53, October 8, 2021
• Community needs
  Fit-for-purpose criteria for data quality (e.g., climate change need vs. near-real-time monitoring need) Presenting data quality to users What does the air
  1 KB (209 words) - 22:51, September 15, 2012
• DataFed
  regions. Most datasets are multi-year in extent. About a ten datasets are near-real-time. No applications to health studies. However, the datasets mediated through
  8 KB (825 words) - 10:48, June 8, 2010
• EE Related Datasets (section Near-Real-Time Datasets Relevant to Exceptional Events)
  < Exceptional Air Pollution Event Analysis Community Workspace | Discussion | News | Participants | About The EE Rule makes use of the "Weight of Evidence"
  2 KB (211 words) - 16:21, April 17, 2013
• 3D-AQS
  Applications (IDEA) product, which unites a range of satellite data in near real time, is bing migrated to an operational environment within NOAA’s National
  2 KB (403 words) - 09:16, July 4, 2011
• Air Quality Community Summer 2009 Meeting
  the given space and time to support AQ event evaluation. This higher grade information could be distributed in near near-real-time to AIRNow and others
  14 KB (1,587 words) - 04:14, September 22, 2012
• DisasterResponse telecon 2016-12-01
  the first day as follows: Day 1, Wednesday, Jan 11 2:00 pm eastern: Near Real Time Data for the Disasters Response User Community 4:00 pm eastern: Data
  4 KB (550 words) - 16:29, December 1, 2016
• Future Meeting Themes
  response to natural disasters quality issues related to serving up real- or near real-time data From science to policy All things open source: Legal issues
  1 KB (198 words) - 16:27, September 26, 2013
• Example SQL for Stations
  case is the [http:AIRNow.gov AIRNow] dataset that represents hourly near-real-time surface observations of PM10, PM2.5 and ozone over the US. This example
  13 KB (1,716 words) - 10:05, September 19, 2012
• Summer 2007 Session: Applying Service-Oriented Architecture Concepts to USGEO Near-Term Opportunities
  use case and search for pieces Visualization tools -Easily understood Near real time data availability -Funding issue (to provide) -PHaiRS Global surface
  12 KB (1,922 words) - 15:22, July 30, 2007
• DisasterResponse telecon 2016-07-07
  Michael McEniry, Tripp Corbett. NASA Near Real Time Portfolio workshop focused on low-latency datasets for time-sensitive applications gap identification
  3 KB (441 words) - 15:14, July 7, 2016
• PHAiRS - DataFed Interaction
  decision support systems. AIRNOW is an EPA project to gather and distribute near-real time data from several hundred continuous PM2.5 and ozone monitors. The AIRNOW
  2 KB (259 words) - 07:05, December 20, 2007
• Air Twitter Statement of Work
  in near near-real-time to AIRNow and others will allow the AQ community to provide appropriate response and information at the right place and time. See
  2 KB (345 words) - 08:22, August 26, 2009
• CMAQ
  health effects data. The US EPA and other organizations run CMAQ in near “real-time” to provide daily forecasts of air quality based on model predictions
  5 KB (779 words) - 12:00, February 9, 2008
• Group D1 – AQ & Deposition Characterization for Trends and Accountability
  here: Ad-Hoc Events Analysis – Attract regional interest, Spring-up in near-real time, feed off of (& into forecasts), health advisories. Often Transboundary
  6 KB (874 words) - 09:53, October 8, 2021
• Past AGU ESSI Statistics
  IN06. Model Fusion 15 IN07. Current Capabilities and Future Needs of Near Real-Time Data: Perspectives from Users and Producers 37 IN08. Interoperability
  5 KB (7 words) - 09:06, March 17, 2012
• GEO Earth Observations in Decision Support RFP
  big gap between a AQ monitor which is essentially off the network and near-real-time public info from that monitor. Proposal C might be a hybrid of Types
  4 KB (659 words) - 15:37, June 1, 2009
• 2008-05-05: UIC/ADC Air Quality Scenario Workshop
  stability over different time scales and for many different users, e.g.: Air quality and public health managers, needing near-real-time data and forecasts The
  6 KB (794 words) - 22:27, May 24, 2008
• AIP AQ Scenario A: Smoke and Dust
  other Decision Support System functionality... ?? Ability to produce near-real-time reports that characterize the smoke event for the Public, AQ managers
  13 KB (1,597 words) - 11:12, December 4, 2021
• Sensor Data Archiving
  accessing streaming data from sensor networks both provisionally in near real-time, after QA/QC processing, and in final form for long-term studies. Without
  24 KB (3,663 words) - 12:13, April 22, 2014
• UIC User Taxonomy - KFonaine
  Data assimilation in real time (i.e.GEMS @ ECMWF) Data in: real time satellite retrivals for CO2 from i.e. AIRS Data out: real time assimilated 4D CO2 fields
  3 KB (447 words) - 09:38, April 19, 2010
• IGACO Data Assimilation
  intellectual property rights. Whatever the case, all data transmitted in real or near real time should comply with accepted data quality protocols. Both ozone and
  16 KB (2,112 words) - 23:48, November 26, 2007
• 2017 ESIP Winter Meeting: Disaster Cluster Sessions
  latency data when small cost NASA ESD mission to provide non-real-time data may outweigh near-real-time NASA Mission support for NRT is secondary and considered
  12 KB (1,674 words) - 13:41, February 24, 2017
• Summer 2007 Session: Air quality interoperability experiments
  and other parameters that characterize atmospheric composition. The near-real-time delivery of these products are, in effect, described the "chemical weather"
  4 KB (571 words) - 13:00, November 28, 2008
• Sept 22
  poster at poster session Where to Go from Here: use cases supporting near-real time data access Next Meeting: October 27, 2009
  2 KB (282 words) - 12:21, September 22, 2009
• AQ 2007 10 31 Discussion (section Compare appropriate use of "near real time" vs "standard product")
  models used in "correcting" data Education Special considerations for "real-time" data Special considerations for hiding and introducing complexity How
  9 KB (1,305 words) - 11:00, September 15, 2012

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