Assimilating Data Into Ionospheric Models: The Real-Time Revolution Anthony Mannucci, JPL Brian Wilson, JPL George Hajj, JPL, USC Lukas Mandrake, JPL Xiaoqing.

Slides:

Advertisements

Similar presentations

Future Directions and Initiatives in the Use of Remote Sensing for Water Quality.

Advertisements

COSMIC and Space Weather Anthony Mannucci, JPL Brian Wilson, JPL Vardan Akopian, JPL, USC George Hajj, JPL, USC Lukas Mandrake, JPL Xiaoqing Pi, JPL, USC.

Observation of Equatorial Electrodynamics in Africa using AMBER Magnetometer Network Endawoke Yizengaw Institute for Scientific Research, Boston College,

1 Program:ROSA Mission Event:1° ASI-EUM ASI-meeting Date:4-5 February, 2009 ROSA Future developments and possible ASI / EUMETSAT cooperation.

Space Weather Effects on GPS Thomas J. Bogdan, Director Space Weather Prediction Center NCEP/NWS/NOAA 325 Broadway, DSRC Room 2C109 Boulder, CO 80305,

Abstract Since the ionosphere is the interface between the Earth and space environments and impacts radio, television and satellite communication, it is.

Using Scatterometers and Radiometers to Estimate Ocean Wind Speeds and Latent Heat Flux Presented by: Brad Matichak April 30, 2008 Based on an article.

Tidal Structures in the Equatorial Ionosphere C. Y. Huang 1, S. H. Delay 2, E. K. Sutton 1, and P. A. Roddy 1, 1 Air Force Research Laboratory 2 Boston.

Background Accessibility Popularity of GPS and INS –Cell phones Apple iPhone, Blackberry, Android platform –Nintendo Wii Wii Remote, MotionPlus.

TEC and its Uncertainty Ludger Scherliess Center for Atmospheric and Space Sciences Utah State University GEM Mini-Workshop San Francisco December 2014.

Use of GPS Radio Occultation in Space Weather Applications and Ionospheric Research Tim Fuller-Rowell and Ernie Hildner NOAA Space Environment Center and.

Radio Occultation Atmospheric Profiling with Global Navigation Satellite Systems (GNSS)

TIMED-GUVI for Nowcasting R. A. Goldberg and J. B. Sigwarth

How Global Positioning Devices (GPS) work

1 UNCLASSIFIED – FOUO – Not for Public Release Operational Space Environment Network Display (OpSEND) & the Scintillation Network Decision Aid Dr. Keith.

Radio Occultation From GPS/MET to COSMIC.

GPS Occultation Studies of the Lower Ionosphere: Current Investigations and Future Roles for C/NOFS & COSMIC Sensors R. Bishop.

Apr 27-30, 2010Boulder, CO2010 Space Weather Workshop Follow-On Radio Occultation Constellations for Meteorology, Ionosphere and Climate: Overview of Currently.

April 29 – May 2, 20081Space Weather Workshop 2008, Boulder, CO JPL/USC GAIM: Assimilating COSMIC occultations & Sample Applications Jet Propulsion Laboratory.

O. de La Beaujardière, L. Jeong, K. Ray, J. Retterer, B. Basu, W. Burke, F. Rich, K. Groves, C. Huang, L. Gentile, D. Decker, W. Borer, C. Lin NSPWX meeting,

New Satellite Capabilities and Existing Opportunities Bill Kuo 1 and Chris Velden 2 1 National Center for Atmospheric Research 2 University of Wisconsin.

Use of GPS RO in Operations at NCEP

Sandro M. Radicella Head, Aeronomy and radiopropagation Laboratory Ionospheric Research at the Abdus Salam ICTP Aeronomy and Radiopropagation Laboratory.

CGMS-40, November 2012, Lugano, Switzerland Coordination Group for Meteorological Satellites - CGMS IROWG - Overview of and Plans for the Newest CGMS Working.

Different options for the assimilation of GPS Radio Occultation data within GSI Lidia Cucurull NOAA/NWS/NCEP/EMC GSI workshop, Boulder CO, 28 June 2011.

Space Geodesy (1/3) Geodesy provides a foundation for all Earth observations Space geodesy is the use of precise measurements between space objects (e.g.,

GPS Radio Occultation Sounding Zhen Zeng (HAO&COSMIC)

GPS derived TEC Measurements for Plasmaspheric Studies: A Tutorial and Recent Results Mark Moldwin LD Zhang, G. Hajj, I. Harris, T. Mannucci, X. PI.

IRI Workshop 2005 TEC Measurements with Dual-Frequency Space Techniques and Comparisons with IRI T. Hobiger, H. Schuh Advanced Geodesy, Institute of Geodesy.

June, 2003EUMETSAT GRAS SAF 2nd User Workshop. 2 The EPS/METOP Satellite.

Slide 1 Impact of GPS-Based Water Vapor Fields on Mesoscale Model Forecasts (5th Symposium on Integrated Observing Systems, Albuquerque, NM) Jonathan L.

Sub-ionospheric Point hmhm Ionosphere Earth Surface Ionospheric Piercing Point High Resolution GPS-TEC Gradients in the Northern Hemisphere Ionospheric.

Ground-based ionospheric networks in Europe Ljiljana R. Cander.

1 J July, Ionospheric Calibration for the GFO AltimeterXiaoqing JPL Review Ionospheric Calibration for the GFO Altimeter Xiaoqing Pi Byron.

SI Traceability Applied to GPS RO October 22, 2008 CLARREO Workshop Oct 2008 AJM/JPL 1 SI Traceability Applied To GPS Radio Occultation A. J. Mannucci,

GPS: Everything you wanted to know, but were afraid to ask Andria Bilich National Geodetic Survey.

VARIABILITY OF TOTAL ELECTRON CONTENT AT EUROPEAN LATITUDES A. Krankowski(1), L. W. Baran(1), W. Kosek (2), I. I. Shagimuratov(3), M. Kalarus (2) (1) Institute.

Use of GPS Radio Occultation Data for Climate Monitoring Y.-H. Kuo, C. Rocken, and R. A. Anthes University Corporation for Atmospheric Research.

Global Positioning System Overview

Key RO Advances Observation –Lower tropospheric penetration (open loop / demodulation) –Larger number of profiles (rising & setting) –Detailed precision.

I n t e g r i t y - S e r v i c e - E x c e l l e n c e Headquarters U.S. Air Force As of:1 Col Harold A. Elkins Chief, Weather Plans Division NSWP Assessment.

Improved Radio Occultation Observations for a COSMIC Follow-on Mission C. Rocken, S. Sokolovskiy, B. Schreiner UCAR / COSMIC D. Ector NOAA.

The Role of GPS Radio Occultation Observations in the Global Observing System for Weather, Water and Climate NOAA Briefing April 1, 2005 Rick Anthes and.

COSMIC Update and Highlights 8 November

Daily Operation and Validation of a Global Assimilative Ionosphere Model Brian Wilson, JPL George Hajj, JPL, USC Lukas Mandrake, JPL Xiaoqing Pi, JPL,

Radio Occultation. Temperature [C] at 100 mb (16km) Evolving COSMIC Constellation.

Workshop on the Future of Ionospheric Research for Satellite Navigation, Dec 4-15, 2006, ICTP, Trieste, Italy 1 Ionospheric Parameter Estimation Using.

D. A. Galvan1; A. Komjathy1; M. P. Hickey2; A. Mannucci1

30 Nov 2009Oceans Program Site Review An Update on GPS-Ionosphere Support for NASA’s Earth Observation Satellites Jet Propulsion Laboratory California.

Predicting Ionospheric Densities and Scintillation with the Communication / Navigation Outage Forecasting System (C/NOFS) Mission Chin S. Lin 1, O. de.

Formosat3/COSMIC Workshop, Taipei, Oct. 1-3, 2008 The Ionosphere as Signal and Noise in Radio Occultation Christian Rocken, Sergey Sokolovskiy, Bill Schreiner,

0 Earth Observation with COSMIC. 1 COSMIC at a Glance l Constellation Observing System for Meteorology Ionosphere and Climate (ROCSAT-3) l 6 Satellites.

Data Assimilation Retrieval of Electron Density Profiles from Radio Occultation Measurements Xin’an Yue, W. S. Schreiner, Jason Lin, C. Rocken, Y-H. Kuo.

COSMIC Ionospheric measurements Jiuhou Lei NCAR ASP/HAO Research review, Boulder, March 8, 2007.

© Copyright QinetiQ limited 2006 On the application of meteorological data assimilation techniques to radio occultation measurements of.

GPS Radio-Occultation data (COSMIC mission) Lidia Cucurull NOAA Joint Center for Satellite Data Assimilation.

Earth Science Applications of Space Based Geodesy DES-7355 Tu-Th 9:40-11:05 Seminar Room in 3892 Central Ave. (Long building) Bob Smalley Office: 3892.

IMPACTS OF THE DECEMBER 2006 SOLAR RADIO BURSTS ON GPS OPERATIONS AMS Fifth Symposium on Space Weather New Orleans, LA January 20-21, 2008 Dr. Charles.

AXK/JPL SBAS Training at Stanford University, October 27-30, 2003 Satellite Based Augmentation Systems Brazilian Ionosphere Group Training at Stanford.

How Does GPS Work ?. The Global Positioning System 24+ satellites 20,200 km altitude 55 degrees inclination 12 hour orbital period 5 ground control stations.

Global and Regional Total Electron Content Anthony Mannucci, Xing Meng, Panagiotis Vergados, Attila Komjathy JPL/Caltech Collaborators: Sarah E. McDonald,

JMA Report on Satellite-based Space Weather Activities in Japan

S. Datta-Barua, Illinois Institute of Technology G. S. Bust, JHUAPL

Center for Atmospheric & Space Sciences

The ionosphere is much more structured and variable than ever predicted. Solar Driven Model Since 2000, we have seen more, very clear evidence that the.

WG Climate, March 6 – 9, 2016 Paris, France

Formosat3 / COSMIC The Ionosphere as Signal and Noise

Formosat3 / COSMIC The Ionosphere as Signal and Noise

SSAEM Sensors Paul R Straus October 14, 2011.

Data Assimilation and the GAIM Model at the Air Force Weather Agency

Presentation transcript:

Assimilating Data Into Ionospheric Models: The Real-Time Revolution Anthony Mannucci, JPL Brian Wilson, JPL George Hajj, JPL, USC Lukas Mandrake, JPL Xiaoqing Pi, JPL, USC Chunming Wang, USC Gary Rosen, USC National Reconnaissance Office Technology Seminar July 11, 2005 JPL/USC GAIM Part I

NRO Technology Seminar July 11, 2005 Density Comparison: Troposphere~1x10 -3 g/cm 3 Ionosphere~2x g/cm 3 Motivation: Ionospheric Effect on GPS Signals Iono Tropo GPS Receiver 350 km 1 km

NRO Technology Seminar July 11, 2005 Ionospheric Delay Versus Frequency 1 TECU = el/m 2 Delay = 40.3 TEC/f 2 Leading term only…

NRO Technology Seminar July 11, 2005 Raypath Bending Radio signal path depends on detailed ionospheric vertical and horizontal structure HF communications Over-the-horizon radar

NRO Technology Seminar July 11, 2005 Raypath Bending Versus Frequency Approximate Formula Millman and Reinsmith Elevation Angle: Apparent Elevation Change (Degrees)

NRO Technology Seminar July 11, 2005 NASA Application: Deep Space Tracking S-band 2 GHz X-band 8 GHz Effect of media on tracking observables must be calibrated How to do it robustly and accurately?

NRO Technology Seminar July 11, 2005 Remove “average” delay –Climatology (physics or data-based) –Not sufficiently accurate due to “weather” Self-calibrate –Use dual-frequency tracking observables Acquire real-time measurements –Most accurate approach –Requires measurements and model that is updated by data Calibrating Media Effects

NRO Technology Seminar July 11, 2005 Improving Global Delay Estimates Iijima et al., Journal of Atmospheric and Solar-Terrestrial Physics, 1999 Ionospheric Specification and Determination Workshop, JPL 1998 Non-data driven (IRI-95) Data driven (GIM) Global GPS Receiver Network Global Ionospheric Map Low Solar Activity (1998)

NRO Technology Seminar July 11, 2005 Improving Vertical Profiles Six-satellite COSMIC constellation Launch late 2005 Low-Earth Orbiter GPS 3000 profiles/day Electron Density Profile COSMIC coverage

NRO Technology Seminar July 11, 2005 Latency of Electron Density Profiles COSMIC data latency (courtesy of Chris Rocken, UCAR)

NRO Technology Seminar July 11, 2005 USC/JPL Global Assimilative Ionosphere Model (GAIM)

NRO Technology Seminar July 11, 2005 Ionospheric and Atmospheric Remote Sensing Group at JPL Global Ionospheric TEC Mapping (GIM) –First ever global TEC map (1993) –SATLOC wide-area differential GPS (1996) – real-time, regional –FAA wide-area augmentation system 1996-on –Naval Oceanographic Office: ionosphere calibrations for GEOSAT Follow-On mission daily –By-product: provide satellite calibrations (T gd ) to GPS Project –By-product: algorithm adopted by DoD contractors Ionospheric data systems for R&D –Real-time/near real-time TEC products from GPS global network –GPS TEC sent to Air Force Weather Agency Model assessment –Ionospheric Network Analysis –Data-Driven Ionospheric Calibration Experiment (DICE) Model development – Global Assimilative Ionosphere Model –AFOSR/ONR-sponsored MURI 5-year development program C/NOFS augmentation: C/NOFS data into GAIM

NRO Technology Seminar July 11, 2005 AFRL Collaboration (Task manager: Bill Borer) C/NOFS satellite: Goal is forecast of scintillation Investigating use of GAIM for background density field Critical for accurate forecasts Input C/NOFS Datatypes: GPS occultation In situ density Vector Electric fields, vertical drift velocity Tri-band beacon (ground-LEO TEC links) Close collaboration Source code transfer Jointly-conducted analysis Technology transfer (source code, expertise, data sets…) C/NOFS Augmentation Effort

NRO Technology Seminar July 11, 2005 Accurate deep-space navigation Accurate deep-space navigation Civil-aircraft navigation/landing Civil-aircraft navigation/landing Ocean topography Satellite instruments Ocean topography Satellite instruments Communications, Navigation, Radar, Surveillance Communications, Navigation, Radar, Surveillance New measurements Applications Deep-space tracking Global-scale calibration Space environment Applications of Data-Based Ionospheric Calibrations Scientific Research Regional-scale calibration Requirements Driver Products/Obs Line-of-sight slant delay Regional TEC maps Error bounds Global TEC maps Tracking and sensor corrections GPS ground and space, in-situ, TEC beacons, sondes, UV  GAIM

NRO Technology Seminar July 11, 2005 JPL Products and Users Global Ionosphere Maps (Vertical TEC or Delay) Near Real-time Total Electron Content Global Assimilative Ionosphere Model Algorithms Studies Electron Density Profiles FAA Deep space navigation GEOSAT Follow-on GPS augmentation Wide-area Local-area Ionospheric Network Analysis DICE Data-driven iono cal expt Hourly & 5- min TEC to AFWA Orbits for TDRSS etc. Space Env Sensor Study Space science (proposed) Develop USC & JPL CNOFS augmentation DoD Products DoD NOAA Navy AFOSR/ONR