PDS Radio Science Dick Simpson Stanford University Overview Activities MC Support PDS-Internal Support (PDS4) Mission Support Node and User Support Local.

Slides:



Advertisements
Similar presentations
1 External Review Results November 30, 2011 Reta Beebe.
Advertisements

PDS MC April 2-3, Wash. D. C.1 PDS4 Data Model Working Group Status Report to the PDS Management Council April 2-3, 2008.
Plutonium-238 for Solar System Exploration Status Leonard A. Dudzinski Program Executive NASA Headquarters, Washington, DC Presentation to NASA Astronomy.
Navigation and Ancillary Information Facility NIF The NAIF Node PDSMC Report Addresses both NAIF Node and Core SPICE Development August 23, 2011 Chuck.
Chapter 6 The Solar System. 6.1 An Inventory of the Solar System 6.2 Measuring the Planets 6.3 The Overall Layout of the Solar System Computing Planetary.
Exploring Space! Everything you did and did not want to know about how humans have explored space!
© 2008 Pearson Education, Inc., publishing as Addison-Wesley This work is protected by U.S. copyright laws and is provided solely for the use of instructors.
The Solar System: Comparative Planetology 1
Revision Lecture Monday 14, Tides Ocean tides on Earth – The effect of Sun and Moon Tides on the Moon Tides on Io Tides on Mercury.
Mercury, seen from Earth through a moderate telescope.
Exploring the Solar System Images and Captions: NASA NSSDC, JSC, STScI Compiled by: Dr. Daniel R. Glover NASA Glenn Research Center.
Terrestrial Planets- Mercury & Venus THE SOLAR SYSTEM.
PPI Node Report Raymond J. Walker Steven P. Joy Todd A. King PDS Management Council March 25, 2010.
© 2005 Pearson Prentice Hall This work is protected by United States copyright laws and is provided solely for the use of instructors in teaching their.
March 2010 PDS Imaging Node 1 NASA PDS Imaging Node: NASA PDS Imaging Node: Digital Data Archives and Distribution Archiving and distributing data and.
PDS Radio Science Dick Simpson Stanford University Stanford Status PDS4 Status at Stanford o Testing o Mission Support o Migration Proposal o Tools o Issues.
A.Space Probes- a vehicle that carries scientific instruments to planets or other bodies in space. 1) The soviets were first to launch a probe.
© 2011 Pearson Education, Inc. Chapter 6 The Solar System.
Day 8. Handout and any questions for Jim? Take 10.
Spacecraft Instruments. ► Spacecraft instrument selection begins with the mission description and the selected primary and secondary mission objectives.
Navigation and Ancillary Information Facility NIF NAIF Node Report Addresses both NAIF Node and SPICE Development PDSMC March 27, 2012 SPICE components.
Exploring Space Mercury Earth Venus Mars Jupiter Saturn Uranus Neptune
Navigation and Ancillary Information Facility NIF SPICE Introduction January 2008.
Geosciences Node Ed Guinness MC Face-to-Face Meeting Washington, DC March 27-28, 2012.
The NAIF Node PDSMC Report Addresses both NAIF Node and Core SPICE Development March 25, 2010 Charles Acton.
Navigation and Ancillary Information Facility NIF NAIF Report Addresses both NAIF Node and SPICE Development PDSMC August 28, 2012 SPICE components are.
Radio Science PDS Management Council Node Report 2 April 2009 Dick Simpson Stanford University.
Planetary Exploration
Introduction to the ESA Planetary Science Archive  Jose Luis Vázquez (ESAC/ESA)  Dave Heather (ESTEC/ESA)  Joe Zender (ESTEC/ESA)
Planetary Science Archive PSA User Group Meeting #1 PSA UG #1  July 2 - 3, 2013  ESAC PSA Archiving Standards.
Planetary Motion By Carol Greco. Why do planets move the around the sun the way they do? First you need to understand that scientists have discovered.
© 2011 Pearson Education, Inc. Chapter 6 The Solar System.
1. Overview About Washington University / Planetary Data Systems Geosciences Node Initial and continued interactions in China NASA-CNSA Bilateral (July.
PDS4 Tool Development Strategy PDS Management Council Meeting November 18, 2014 Dan Crichton.
PDS Geosciences Node Page 1 Archiving Mars Mission Data Sets with the Planetary Data System Report to MEPAG Edward A. Guinness Dept. of Earth and Planetary.
Atmospheres Node Report Reta Beebe Nancy Chanover Lyle Huber Lynn Neakrase Jim Murphy Irma Trejo Matias Roybal Shannon Rees.
Presented to Kepler Pre-Launch Educator Workshop January 31, 2009 Shari Asplund Discovery and New Frontiers Programs Education and Public Outreach Manager.
Data Standards and Build 3b Plans Steve Hughes MC Face-to-Face UCLA, Los Angeles, CA November 28-29, 2012.
The Magellan Venus Probe Frank Koconis. Contents Venus compared to Earth Earlier exploration of Venus The problem: How to map the surface The Magellan.
Geometry Project Ed Guinness MC Face-to-Face Meeting UCLA November 28-29, 2012.
PDS M/C August 2012 PPI Node Report PDS Management Council August 28-29, 2012 R. J. Walker S. P. Joy T.A. King J. Mafi.
PDS M/C November 2012 PPI Data Migration Planning PPI PDS4 Data Migration Planning PDS Management Council November 28, 2012 T. King.
SPICE Production at ESTEC April SPICE Production at ESTEC 2 Overview SPK/CK production SCLK production FK and IKs production Other Kernels.
Data Standards Development August 29, Topics 1.Current Status 2.What was delivered for Build 2c 3.How was IPDA supported 4.What mission support.
PDS/NSSDC Deliveries Dave Williams PDS Management Council Columbia, MD 3 April 2013.
PPI Node R.J. Walker, T.A. King, S.P. Joy, J.N. Mafi MC Face-to-Face Meeting Westwood, California 26 August 2014.
PDS Geosciences Node Page 1 Archive Status MRO and Phoenix Ed Guinness PDS Management Council August 13, 2007 Ed Guinness.
PDS Geosciences Node Page 1 Archiving LCROSS Ground Observation Data in the Planetary Data System Edward Guinness and Susan Slavney PDS Geosciences Node.
Geosciences Node Ed Guinness, Susie Slavney, Tom Stein, Ray Arvidson PDS Management Council UCLA August 26-27, 2014.
Development Report Engineering Node August 2006
Navigation and Ancillary Information Facility NIF SPICE Introduction January 2009.
Small Bodies Node Ludmilla Kolokolova Carol Neese, Mike A’Hearn, Anne Raugh MC Face-to-Face Meeting Westwood, California 26,27 August 2014.
Lecture Outlines Astronomy Today 7th Edition Chaisson/McMillan © 2011 Pearson Education, Inc. Chapter 6.
Jupiter and Saturn. Semimajor axes of orbits: 5.2 au (Jupiter) and 9.5 au (Saturn)
Planetary Data System (PDS) Tom Morgan November 24, 2014.
PDS M/C November 2012 PPI MAVEN Report PDS4 Mission Report: MAVEN PDS Management Council November 28, 2012 J. Mafi.
Tools Report Engineering Node March 2007
Radio Science PDS Function Report 25 March 2010 Dick Simpson Stanford University.
PDS4 Deployment Planning (Discussion) PDS MC F2F Columbia, Maryland Dan Crichton August 28,
PDS4 Project Report PDS MC F2F UCLA Dan Crichton November 28,
PDS4 Project Report PDS MC F2F University of Maryland Dan Crichton March 27,
PDS Geosciences Node Page 1 PDS Geosciences Node Archiving Status Report Ray Arvidson PDS Management Council Washington, DC Nov , 2006.
ISRO –Programmatic Update S.Seetha Programme Director, Space Sciene Programme Office, ISRO HQ & Co-Chair-INMWG INMWG Meeting on 23 Rd Feb 2016.
April 2, 2009PDS Management Council - PPI Node1 Planetary Plasma Interactions Node PDS Management Council Presentation April 2, 2009 Raymond Walker Steven.
Charles Acton NAIF Manager JPL July 18, 2007
Using Technology to See beyond the Visible
Mars Express Data at the Planetary Data System Geosciences Node
Management Council Meeting, UCLA November 2012
SPICE Introduction October 2007.
Helping Active Missions Convert to PDS4
Presentation transcript:

PDS Radio Science Dick Simpson Stanford University Overview Activities MC Support PDS-Internal Support (PDS4) Mission Support Node and User Support Local Near-future Integrated Concern August 20111Radio Science Report to PDS MC

3+ People at Stanford - PI Len Tyler (~1% FTE) - Manager Dick Simpson (~33% FTE) - System Software Analyst Ray Jackson (~5% FTE) - Administrative Support Several Networked Computers and a Telephone Sun Blade 2000 (NASA/MEX funding: being phased out) Mac Mini (PDS funding: being phased in) Telephone issue (March MC) apparently resolved Library of data, software, and documentation ~$150K/year through PDS Management August 2011Radio Science Report to PDS MC2 People and Resources

22-23 August 2011Radio Science Report to PDS MC3 Use of propagating electromagnetic waves to explore, measure, and understand the universe (more narrowly, the solar system) planetary surface properties and mapping atmospheric/ionospheric structure, dynamics ring structure, dynamics, particle properties interplanetary plasma, solar corona spacecraft navigation, ephemeris development mass estimation, gravity models, interior structure surface/atmosphere volatile exchange radio emission plate tectonics, Earth rotation gravitational waves, relativity telecommunication, data management signal processing, radar imaging Subject Matter

22-23 August 2011Radio Science Report to PDS MC4 RADAR IMAGING TRACKING NAVIGATION ASTROPHYSIC S IONOSPHERE S OPACITY PROFILES ATMOSPHERES STANDARDS SURFACES INTERIORS MASS ESTIMATES RS Role within PDS

22-23 August 2011Radio Science Report to PDS MC5 Advise providers on design of new RS data sets Review design of new data sets (DN support) Assist users trying to locate RS data Assist users with interpretation of RS data Support PDS MC, Tech Group, and Working Groups Collect and archive RS data from Mars Odyssey (ODY) PDS/RS Functions

Management Council Meetings/Telecons – Represent radio science community – Compile, distribute minutes, action items Draft/edit policy statements – Accumulating/Superseded/Draft data – Processing Levels August 2011Radio Science Report to PDS MC6 MC Support (since September 2010)

PDS4 Data Design Working Group – Weekly telecons and occasional face-to-face meetings – Data Dictionary attribute scrub (keywords) terse, but meaningful, definitions consistent usage – Document writing/editing/review Data Provider’s Handbook PDS4 Glossary Data Dictionary Tutorial Jumpstart Guide (PDS3 to PDS4) PDS4 Build 1b Assessment – Document review – Digestion of results Face-to-face Tech and DDWG meetings August 2011Radio Science Report to PDS MC7 PDS-Internal Activities (since September 2010)

Magellan Tracking Data Archive (GEO) – Assembled data – Responded to Round 1 Reviews – Awaiting Round 2 review and ingestion Venera (PPI) – Reviewed VROE_2001 (reduced ionospheric data) Galileo (ATM) – Started working with JPL RSSG on redelivery of prime mission raw data (liens never addressed) first delivery of extended mission raw data – Review process TBD Many other data sets in restoration queue August 2011Radio Science Report to PDS MC8 Mission Support (past missions)

MRO – almost no RS activity required (GEO) MESSENGER – quarterly DAWG telecons (PPI) LRO Radio Science Archive (GEO) – Reviewed and approved design and example products Cassini Radio Science (ATM) – Reviewed User Guide concepts; recommended direction – Reviewed initial volume of reduced data (CORS_1001) 2001 Mars Odyssey (GEO) – Archive raw radio tracking data – Monthly deliveries ~15-45 days after acquisition Mars Express (with NASA/MEX funding) – Archive DSN data to MEX RS PI in Germany – L1/2/3 current through end of 2010 Venus Express (with NASA/VEX funding) – Archive DSN data to VEX Deputy PI in Germany – Archive DSN data to PDS ATM (~300 GB submitted to ATM in 2010) – L1 (and some L2/3) current through 2010 – Proposal to archive ALL data to PSA rejected by PMDAP PDS MIWG: participate in monthly telecons (as time permits) August 2011Radio Science Report to PDS MC9 Mission Support (ongoing missions)

MSL (GEO) – Reviewed APXS design/documents GRAIL (GEO) – Reviewed Archive Volume and Data Product SISs JUNO (ATM) – Reviewed gravity SISs August 2011Radio Science Report to PDS MC10 Mission Support (future missions)

No RS node or web site – Radio science data are distributed by other nodes Radio occultations – neutral atmosphere (ATM) Radio occultations – ionosphere (PPI) Radio occultations – rings (RINGS) Bistatic radar (GEO) Gravity (GEO, SBN) Gravitational waves/astrophysics (NAIF) PPI Node Advisory Committee meeting (December) Lunar Prospector: tracking data readability question MGS: tracking data interpretation and use (ISRO) Various radio tracking data inquiries: – Data available? If so, where? August 2011Radio Science Report to PDS MC11 Node and User Support (since September 2010)

Acquired new Mac Mini system – Installed basic system and user software – Need to port and debug QC and archiving software – Sun maintenance ends 31 August (3 rd party will take over) Continuing to archive Mars Odyssey tracking data Restoration queue remains static – Data from mid-1070s through 1990s – PDS3 vs PDS4? August 2011Radio Science Report to PDS MC12 Local Activities (since September 2010)

Need to port 30 years of software from Sun to Mac (soon!) – Radio science data processing (mostly FORTRAN, some C) – UNIX scripts – QDDB data base supports MGS, ODY, MEX, VEX, and CAS – Transition already delayed 12 months in favor of PDS 2010 Need to develop parallel support for PDS4 – Mostly labeling and collection/bundle management – Complex products can no longer have ‘minimal’ labels Need to make better progress on the restoration queue PDS support is ~33% FTE + 5% System Administrator Need help from DNs on PDS4 and restoration activities – Recent track record is not reassuring August 2011Radio Science Report to PDS MC13 Near-Future Integrated Concern

Apollo bistatic radar (intermediate and reduced) Mariner 9 and Viking Orbiter 1 and 2 radio occultation profiles (from microfiche) Arecibo Mars radar (intermediate and reduced) Viking Orbiter 1 and 2 raw radio tracking data Viking Orbiter 1 and 2 bistatic radar (intermediate and reduced) Voyager 1 and 2 data from Jupiter, Uranus, and Neptune/Triton; most of Saturn is done (raw) Arecibo Galilean satellite radar (raw) August 2011Radio Science Report to PDS MC14 Restorations