4th Planetary Data Workshop

June 18–20, 2019

High Country Conference Center

Flagstaff, Arizona

Program and Abstracts

Tuesday, June 18, 2019
7:30 a.m.	HCCC Pre-Function Hall	Registration and Continental Breakfast
8:20 a.m.	HCCC Humphreys	Planetary Missions: Updates on New Data and Services I
9:00 a.m.	HCCC Doyle	Updates on Tools and Services: Contributed Demos and Discussions
1:30 p.m.	HCCC Humphreys	Planetary Missions: Updates on New Data and Services II
5:30 p.m.	HCCC Pre-Function Hall	Poster Session:
Wednesday, June 19, 2019
7:30 a.m.	HCCC Pre-Function Hall	Registration and Continental Breakfast
8:20 a.m.	HCCC Humphreys	Planetary Data Archives, Support Services, and Tools I
8:20 a.m.	HCCC Doyle	New Tools and Services for Planetary Data Processors and Users I
9:00 a.m.	HCCC Reese	PDS4 Discussions and Demos
1:30 p.m.	HCCC Humphreys	Planetary Data Archives, Support Services, and Tools II
1:30 p.m.	HCCC Doyle	New Tools and Services for Planetary Data Processors and Users II
Thursday, June 20, 2019
7:30 a.m.	HCCC Pre-Function Hall	Continental Breakfast
8:20 a.m.	HCCC Humphreys	Looking Ahead: What’s Next for Planetary Data
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		Print Only: 4th Planetary Data Workshop

Tuesday, June 18, 2019

PLANETARY MISSIONS: UPDATES ON NEW DATA AND SERVICES I

8:20 a.m. HCCC Humphreys

Chairs: Robin Fergason and Lisa Gaddis

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
8:20 a.m.	Gaddis L. R. *	Introduction and Announcements
8:30 a.m.	Knopf W. *	NASA SMD Strategic Data Management
8:45 a.m.	Estes N. M. * Robinson M. S.	LROC: Ten Years Exploring the Moon [#7082] LROC launched 18 June 2009, and in 10 years of flight has acquired a wide variety of data that is both archived and made available to users via a variety of tools and interfaces.
9:00 a.m.	Speyerer E. J. *	Assessing the Robustness of Feature Detectors on Lunar Images [#7095] Feature matching algorithms are now being applied to planetary images. Understanding the robustness and capabilities of feature detectors along with descriptors will improve the selection process when developing feature matching routines.
9:15 a.m.	Near J. G. Guseman R. P. Turtle E. P. Hibbard K. E. Adams D. S. Steele R. J. * Mehta N. L. Nair A. H. Sawyer C. A. Murchie S. L. Vandegriff J. D.	Exploring Titan Using Virtual Reality with Data from the Dragonfly Mission [#7092] APL is proposing the Dragonfly mission that will explore Saturn’s moon Titan; it will carry instruments that can be used to create 3D representations of Titan’s terrain. We describe a VR tool that allows a 3D immersive experience of the Titan data.
9:30 a.m.	Bland M. T. * Weller L. A. Mayer D. P. Edmundson K. L. Archinal B. A.	The Shape of Enceladus from a Dense Photogrammetric Control Network [#7048] We photogrammetrically solve for lat/lon/radius on a dense network of image tie points and interpolate to a shape model. The model resolves the large-scale structure of the shape, and local topography where point density and stereo quality is high.
9:45 a.m.	Seelos F. P. Cartwright S. F. A. * Romeo G. Hash C. Murchie S. L.	Making the Most of the CRISM Multispectral Mapping Data — From Pixels to Polygons [#7091] CRISM mapping data processing, mosaic construction, and GIS visualization and analysis will be presented for filtered, corrected, and radiometrically reconciled Multispectral Reduced Data Record (MRDR) map tile spectral and parameter data products.
10:00 a.m.	Muller J.-P. * Putri A. R. D. Tao Y. Watson G. Besse S. Grotheer E.	UCL 3D Imaging Products from HRSC for SPRC and Global CTX, Their Quality Assessment and Their Public Distribution [#7073] We describe how quality is defined and measured for DTMs generated automatically using CASP-GO and how the subsequent quality-assured products are distributed through the ESA GSF and iMars webGIS.
10:15 a.m.		BREAK
10:30 a.m.	Ren X. * Liu J. J. Li C. L. Yan W. Chen W. L. Zhang X. X. Zuo W. Gao X. Y. Zeng X. G. Zhang Z. B.	The Topographic Data Recovering for Chang’e-4 Landing Site and Roving Site [#7030] Chang’e-4 successfully landed on 3 January 2019. The CE-4 lander and rover carry three cameras. In this study, their images were used to generate the accurately topographic data with an accuracy of cm level around the CE-4 landing and roving site.
10:45 a.m.	Zeng X. G. Dr. * Zuo W. Prof. Liu J. J. Prof. Ren X. Dr. Zhang Z. Z. Mr. Gao X. Y. Dr.	A Method for Combining Chang’e 2(CE2) DEM and LOLA DEM to Improve Topography Data Quality in Lunar Polar Region [#7008] There still exist some data void in CE-2 7m DEM especially in lunar polar region. To solve the problems, we are trying to establish an improved adaptive DEM fusion framework by combining CE2 DEM with other products such as LOLA DEM.
11:00 a.m.	Doran G. Wagstaff K. L. * Cameron M. Daubar I. Phillips C.	Automatic Plume Detection for the Europa Imaging System [#7026] Algorithms onboard Europa Clipper can search for plumes within EIS images to flag them for high-priority downlink.
11:15 a.m.	Steele R. J. * Ernst C. M. Barnouin O. S. Daly R. T. Small Body Mapping Tool Team	The Small Body Mapping Tool (SBMT) For Accessing, Visualizing, and Analyzing Spacecraft Data in Three Dimensions: 2019 Update [#7049] The Small Body Mapping Tool (SBMT) makes it easy to access and analyze spacecraft data of small bodies.
11:30 a.m.	O’Shea C. M. * Turner F. S. Turner J. E. Turtle E. P. Patterson G. W.	An Efficient Algorithm for Calculating the Intersection of Two or More Convex Cones [#7036] There are several instances in mission planning, data processing, and visualization for which calculations of cone intersections are necessary, though complex and inefficient. We describe an efficient algorithm to calculate such intersections.
11:45 a.m.	Grieger B. *	Mapping Planetary Data Between Different Shape Models of an Irregular Body [#7021] The mapping of planetary data between different shape models is useful for several purposes. In particular, it is needed to display data on a complete map of comet 67P/Churyumov-Gerasimenko. An efficient method to perform such a mapping is presented.
12:00 p.m.		LUNCH

Tuesday, June 18, 2019

UPDATES ON TOOLS AND SERVICES: CONTRIBUTED DEMOS AND DISCUSSIONS

9:00 a.m. HCCC Doyle

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
9:00 a.m.	Hare T. M. *	Introduction to Session
9:10 a.m.	Hare T. M. *	PlanetaryPy
10:40 a.m.		Open Discussion and Demos (TBD)
12:00 p.m.		LUNCH
1:00 p.m.	Acton C. H. * Bachman N. J. Semenov B. V.	SPICE Round Table Discussion [#7024] This is an invitation to a round table discussion of the SPICE ancillary information system, allowing SPICE users to provide inputs on suggested improvements to SPICE tools and to the NAIF group’s services.
2:00 p.m.	Costa M. Mr. * Grieger B. Dr. Arviset C. Mr.	SPICE Training Session [#7002] The ESA SPICE Service offers a training session on SPICE aimed at scientists and engineers who want to be introduced to SPICE or who might be considering attending a complete SPICE training. .
3:30 p.m.	Robbins S. *	ISIS Control Networks: CTX Example
5:00 p.m.		Adjourn

Tuesday, June 18, 2019

PLANETARY MISSIONS: UPDATES ON NEW DATA AND SERVICES II

1:30 p.m. HCCC Humphreys

Chairs: Chris Okubo and Emerson Speyerer

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
1:30 p.m.	Manaud N. * Nass A. van Gasselt S. Hare T. Pio Rossi A. Lewando M.	Towards a New Face for Planetary Maps on the Web [#7086] In the context of the OpenPlanetaryMap project, we present a new cartographic approach of creating planetary basemaps designed to enhance the overall user experience of a wide range of web mapping applications.
1:45 p.m.	Dickson J. L. * Ehlmann B. L.	Standards for Traceability and Non-Destructive Construction in Planetary Science Data Sets: An Example from the CTX Global Mosaic [#7109] We outline a framework by which data creators can communicate the level of traceability and reproducibility of a derived product, from basic bookkeeping of metadata to full dynamic, vectorized pixel-for-pixel mapping.
2:00 p.m.	Calef F. J. III * Soliman T. Abarca H. E. Abercrombie S. P. Powell M. W.	Multi-Mission Geographic Information System: An Open Source Solution for Planetary Science Operations [#7071] We’ve completed a three-year project developing the multi-mission geographic information system, MMGIS, as a new science operations tool. MMGIS provides geospatial tools as part of a spatial data infrastructure for planetary science missions.
2:15 p.m.	Michael G. G. * Walter S. H. Zuschneid W. Gross C. Schreiner B. Gwinner K.	Brightness Equalization for Mars Images as Applied to HRSC Image Mosaics [#7058] Mars Express HRSC image strips show varying brightnesses caused by differing illumination and atmospheric conditions. We present a procedure to generate a visually consistent image mosaic using an external brightness reference.
2:30 p.m.	Fergason R. L. * Hare T. M. Mayer D. P. Galuszka D. M. Redding B. L. Cheng Y. Otero R. E.	Mars 2020 Terrain Relative Navigation Support: Digital Terrain Model Generation and Mosaicking Process Improvement [#7047] In support of Terrain Relative Navigation onboard the Mars 2020 Lander, we have developed new DTM generation procedures with a focus on improving the ability to co-register adjacent DTMs (and thereby orthoimages) both vertically and horizontally.
2:45 p.m.	Kerner H. R. * Wagstaff K. L. Bue B. Wellington D. F. Jacob S. Bell J. F. III Amor H. B.	Comparison of Novelty Detection Methods for Multispectral Images from the Mastcam Instrument Onboard Mars Science Laboratory [#7115] We present a comparison of several traditional and machine learning methods for detecting novel geology in Mastcam multispectral images of Mars.
3:00 p.m.		BREAK
3:15 p.m.	Semenov B. V. *	What’s Happening at NAIF? [#7037] This talk will provide an overview of the current activities that take place at and capabilities and data available from the Navigation and Ancillary Information Facility (NAIF).
3:30 p.m.	Costa M. Mr. * Grieger B. Dr. Arviset C. Mr.	SPICE for ESA Planetary Missions: An Update [#7003] We provide an introduction and an update for the SPICE Kernel Datasets generated by the ESA SPICE Service for ESA Planetary Missions. SPICE provides scientists the observation geometry needed to plan and analyze scientific observations.
3:45 p.m.	Goossens S. * Mazarico E. Gaddis L. Ishihara Y.	Updated Kaguya Extended Mission Orbit Product for Improving the Geometry of the Extended Mission Data [#7014] We present updated orbits for the Kaguya extended mission (XM) that improve the geolocation of the Kaguya XM data sets. The orbit precision during Feb–June 2009 is at the level of several tens of meters, much better than the archived orbits.
4:00 p.m.	Wagner R. V. * Manheim M. R. Robinson M. S.	3D Modeling of Lunar Pit Walls from Stereo Images [#7015] We have compared several methods for producing 3D models of small, vertically-oriented surfaces on the Moon. So far, ISIS jigsaw with manual tie point selection works best.
4:15 p.m.	Manheim M. R. * Henriksen M. R. Robinson M. S.	LROC NAC Topography: Supporting High Priority Lunar Landing Sites [#7069] The LROC NAC team has published observations and derived products to support landed lunar exploration. We describe LROC NAC support provided to recent and upcoming landed missions, as well as products available for high priority exploration sites.
4:30 p.m.	Henriksen M. R. * Manheim M. R. Robinson M. S. LROC Team	New Dynamically Generated Color-Shaded Reliefs for Narrow Angle Camera Digital Terrain Models [#7066] New LROC NAC color-shaded reliefs provide more information about topographic features of interest while remaining both easily interpretable and accessible to those with color vision deficiency.
4:45 p.m.	Martin A. C. * Grey P. E. Henriksen M. R. Robinson M. S.	LROC NAC Feature Mosaics: An Effective Tool for Lunar Investigations [#7077] LROC NAC Feature Mosaics are radiometrically, geometrically, and photometrically corrected mosaics of two or more NAC pairs that provide an accurate cartographic framework for regional areas of interest on the Moon.
5:00 p.m.		Adjourn

Tuesday, June 18, 2019

POSTER SESSION

5:30 p.m. HCCC Pre-Function Hall

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Authors (*Denotes Presenter)	Abstract Title and Summary
Gaddis L. Hare T. M. Archinal B. Goossens S. Mazarico E. Speyerer E. Haruyama J. Iwata T. Namiki N.	New Products and Tools for Working with Kaguya Terrain Camera Data [#7044] We describe new ISIS3 software for ingestion and a camera model for working with the Kaguya Terrain Camera data to produce mosaics.
Fergason R. L. Weller L.	The THEMIS Controlled Mosaics of Mars and Final Smithed Kernels [#7059] To provide a foundational product for Mars, we have geodetically controlled and mosaicked Thermal Emission Imaging System daytime infrared (IR) and nighttime IR images resulting in improved camera pointing and spacecraft position knowledge.
Bland M. T. Milazzo M. P. Martin E. S. Patthoff D. A. Watters T. R. Collins G. C.	Restoration of Triton Voyager 2 Imaging Data in Support of Geologic Mapping [#7055] We improve the pointing and quality (calibration, reseaux and line-drop removal) of Voyager 2 Triton images. Initial image misalignments of up to 300 km are photogrammetrically corrected, enabling geologic mappers to utilize the entire dataset.
Bland M. T. Archinal B. A. Cook D. A. Cushing G. Edmundson K. L. Fergason R. L. Gaddis L. R. Galuszka D. M. Hagerty J. J. Herkenhoff K. E. Hare T. M. Hunter M. A. Laura J. R. Mayer D. P. Milazzo M. P. Redding B. L. Smith E. D. Velasco M. Weller L. A.	The USGS Astrogeology Data Products Portfolio: Supporting Planetary Spatial Data Infrastructure [#7076] We describe both recently completed data products, and products that are in development. Each either provides one of the three foundational PSDI datasets (geodetic control, topography, orthoimages), or is a framework product that enables new science.
Gaddis L. R. Hare T. M.	Archiving GIS-Type Products in the PDS [#7045] We describe the formatting requirements for archiving GIS-type (shapefiles, geodatabases, etc.) in the Planetary Data System.
Kollmann P. Smith D. C. Vandegriff J. D. Paranicas C. Lee-Payne Z. H. Kusterer M. B. Turner J. E.	Improved Jupiter Radiation Data from the Galileo/EPD Detector [#7068] Complete, corrected data from the Energetic Particle Detector (EPD) instrument on the Galileo mission is presented. EPD data complement the ongoing JUNO mission. http://sd-www.jhuapl.edu/Galileo_EPD/latest_calibrated_data/.
Gaddis L. R. Laura J. Hare T. Gault E. Paquette A. Thatcher T.	PyHAT 2019 Update: The Hyperspectral Data Analysis Tools for Planetary Science (Formerly Known as PySAT) [#7107] We present an update of the status of the PyHAT software toolkit for working with hyperspectral data, with particular application to Moon Mineralogy Mapper and CRISM data.
Wang J. Scholes D. Arvidson R. E. Slavney S. Guinness E. A. Arvidson L. E. Zhou F. Politte D. V. VanBommel S.	PDS Geosciences Node’s Orbital Data Explorer and the Latest Update for PDS4 [#7010] Overview of key features and updates of NASA PDS (Planetary Data System) Geosciences Node’s web-based search tool, ODE (Orbital Data Explorer), for access orbital data from multiple planetary missions, instruments and PDS4 standard processing levels.
Waldron A. De Cesare C. Grimes K. Ramirez P.	Mapping Between PDS3 and PDS4 Properties [#7070] The PDS Imaging Node has developed a Label Mapping Tool for providing mappings between PDS4 properties, their PDS3 keyword equivalencies, and user-friendly names. This allows search and other tooling to operate across multiple PDS standards.
Berry K. L. Paquette A. Sides S.	Results from a Survey About Using SPICE in ISIS [#7110] A survey was sent out to the planetary community requesting information regarding their experience using SPICE in ISIS. This poster presentation will present and discuss results from this survey.
Keszthelyi L. P. Kindrick B. Frasier C. Zhu Y.	Prototype Planetary Image Caption Writer [#7114] We present a user-friendly tool for interactively exploring ISIS3 images and converting subscenes into publication-ready figures and captions that contain the key metadata in a systematic and complete form.
Neakrase L. D. V. Pagán T. D. Sweebe K. Karl J. Huber L. F. Chanover N. Beebe R. Martinez V. I. Hyder A.	Labels Made Simple, ELSA Teaches Structure: Lessons Learned Anew [#7038] Educational Labeling System at Atmospheres (ELSA) is a new tool that provides editing capability for simple PDS4 bundle labels, while providing an educational environment for learning the PDS4 archiving standard.
Neakrase L. D. V. Sweebe K. Pagán T. D. Karl J. Huber L. F. Chanover N. Martinez V. I. Hyder A.	Mapping the Starbase: Context Product Database, ELSA Bridges Gap [#7039] Educational Labeling System at Atmospheres (ELSA) is an online application for creating PDS4 label templates. To populate fields with PDS Engineering Node context products, ELSA maps the repository into a database with internal relationships.
Grimes K. M. II Padams J. H. Stanboli A. Wagstaff K. L.	Image Atlas — Explore the PDS Archive [#7093] The PDS Imaging Atlas provides an interactive interface to Apache Solr and allows users to easily and intuitively navigate the archive. A convolutional neural network identifies features in images and Solr indexes them so they can be searched.
Geissler P. E.	Converting Data Formats from PDS3 to PDS4 With the PDS Generate Tool [#7103] Here we provide a step-by-step guide to automatically generating PDS4 labels from a valid PDS3 archive for users working on a linux operating system, using the PDS Generate Tool.
Anderson R. B. Finch N. Clegg S. Graff T. Aneece I. Morris R. V.	The Python Hyperspectral Analysis Tool (PyHAT) and Laser-Induced Breakdown Spectroscopy Spectral Database [#7101] We present an update on development of an open-source Python library for analysis of point spectra, as well as a library of planetary analog laser-induced breakdown spectroscopy data.
Tai Udovicic C. J. Boivin A. L. Edwards C. S.	Plutopy: Engaging the Wider Planetary Science Community with Open Source [#7113] Plutopy is an open source effort to teach the wider planetary science community how to release and contribute to open source projects with the goal of increasing collaboration and reproducibility within the planetary sciences.
Besse S. Arviset C. Barbarisi I. Merin B. Arenas J. Bentley M. de Castro S. de Marchi G. Docasal R. Fraga D. Grotheer E. Heather D. Laantee C. Lim T. Montero A. Osinde J. Rios C. Ruano J. Saiz J.	ESA’s Planetary Science Archive in 2019 and 2020 [#7017] With new missions being selected, missions moving to post-operations, and missions starting their journey to, the ESA’s Planetary Science Archive is in constant evolution to support the needs of the projects, and the science community.
Docasal R. Barbarisi I. Saiz J. Rios C. Montero A. Laantee C. Osinde J. Ruano J. Besse S. Arenas J. Merin B. Arviset C.	GIS Architecture and Applicability on the Planetary Science Archive [#7025] This abstract is about the GIS architecture set up on the PSA (tools, configuration...etc.) as well as the applicability in which GIS framework may offer to the current and future ESA planetary missions when searching for spatial and geometrical data.
Huber L. F. Martinez V. I. Hyder A. Güth T. Stevenson Z. Karl J. Johnson J. J. Chanover N. Nekarase L. D. V.	Migrating Data, Local Dictionary Use, Leveraging Python [#7040] PDS3-PDS4 data migrations at PDS Atmospheres Node are leveraging student-created Python code with PDS local data dictionaries to help automate the process.
Neakrase L. D. V. Beebe R. F. Huber L. F. Chanover N. Johnson J. J. Trejo I.	Search and Retrieval, Web Design and Registry, Road to Improvement [#7041] Part web design, part search index refinement, part philosophy, development of better search and retrieval paradigms are necessary. Product-level search indices with science-facet metadata aim to improve discoverability of the data.
Zuo W. Li C. L. Zeng X. G. Zhang Z. B. Gao X. Y. Geng L. Xiong Y. Y.	CLEP Planetary Science Data Archiving and Service System [#7080] The Planetary Data Archiving and Service system (PDAS) is an information system repository of management and release scientific data for all Chang’e missions of China’s Lunar Exploration Program (CLEP).
Mehall L. K. Cisneros E. Bell J . F. III Paris K. N. Wellington D. Jenson E. H. Maki J. N. Hayes A. G. Kinch K. the Mastcam-Z Team	Mars 2020 Mastcam-Z PDS4 Data Archive [#7060] A brief overview of the Mars 2020 Mastcam-Z investigation, the data products produced and the data archive structure.
Nelson D. M. Williams D. A.	Photographic Archive Digitization of the Earth Analog Site, Amboy Crater [#7012] Digitization of photographic archive in compliance with PDS standards.
Fraga D. Heather D. J. O’Rourke L. Taylor M. Martin P.	The Rosetta Science Archive: Enhancing the Science Archive Content [#7034] Summary of the current status of the Rosetta archive, as well of the ‘enhanced archiving’ activities that have been completed in 2018, and those that are ongoing in 2019.
Abarca H. E. Deen R. G. De Casare C. M. Algermissen S. S. Toole N. T. Maki J. N. Hollins G. A. Tinion A. W. Zamani P. Trebi-Ollenu A. Myint S. Lu Y. Pariser O. Ruoff N. A. Hall J. R. Andres P. M.	PDS Archive of InSight Deployment Phase Camera Images and Mosaics [#7112] The first set of image data from the two cameras on NASA’s InSight Lander will be delivered by JPL MIPL to the PDS Cartography and Imaging Sciences Node this year as part of InSight PDS Release 1. This includes raw images, mosaics, and meshes.
Deen R. G. De Cesare C. M. Padams J. H. Algermissen S. S. Toole N. T. Levoe S. R. Hughes J. S. Ramirez P. M.	Multimission Labels in PDS4, Part 3:  Templates [#7052] Third of a set of three related abstracts describing the authors’ experiences in creating multimission labels and tools for PDS4.
Espiritu R. C. Nair A. H. Nguyen L. Barnouin O. S. Palmer E. Gaskell B. Weirich J. Daly M. Seabrook J. Perry M. E. Johnson C. L. Al Asad M. Susorney H. C. M. Roberts J. H. Nolan M. C. Lauretta D. S. OSIRIS-REx Team	Utilizing the Open Sun Grid Engine in the OSIRIS-REx Altimetry Pipeline [#7057] The Sun Open Grid Engine is used in the Altimetry Pipeline to parallelize computations of gravitational models and production of data products in order to meet processing load and time constraints for the OSIRIS-REx mission.
St. Clair M. Million C. Siegler M.	Improvements to the Apollo 15 and 17 Heat Flow Experiment Data Archive [#7100] We discuss an ongoing effort to improve the Apollo Heat Flow Experiment data archive, by correcting and documenting errors in the data and improving data usability.
Slavney S. Guinness E. A. Stein T. C. Wang J. Arvidson L. E. Arvidson R. E.	PDS Geosciences Node Data and Services [#7011] The PDS Geosciences Node archives and distributes data for the study of surfaces and interiors of terrestrial planetary bodies. The Node works directly with NASA missions and the science community to help them generate high-quality science archives.
Zhang Z. B. Zuo W. Zeng X. G. Gao X. Y. Ren X.	The Scientific Data and Its Archiving from Chang’e 4 Mission [#7032] This abstract introduced instruments onboard the Chang’e 4 lander/rover/relay satellite, and the data level hierarchy product according to different data processing. The PDS 4 adopted in the Chang’e 4 scientific data and its archiving procedure are also described.
Marmo C. Erard S. Hare T. M.	Archiving Geospatial Metadata in Hyperspectral Planetary Data with FITS and PDS4 [#7094] Adding geospatial information to hyperspectral data is a challenging task. A look-up table coordinate representation definition (TAB) is available in FITS metadata, allowing coordinate computation even for non-precomputed detector positions.
Saiz J. Barbarisi I. Docasal R. Rios C. Montero A. Laantee C. Osinde J. Ruano J. Besse S. Arenas J. Merin B. Arviset C.	Handling PDS4 Evolution in the PSA [#7018] The Planetary Science Archive (PSA) stores data from new ESA planetary missions using PDS4. This standard evolves over time, with versions released every six months. The PSA supports several PDS4 versions with a custom layer that isolates the details.
Macfarlane A. J. Bentley M. S. Cornet T. Martínez S. Cuevas M. A. Fajersztejn N. Freschi M. Galan D. Gallegos J. Vallejo F. Science Ground Segment	BepiColombo Quick-Look Analysis (QLA) System [#7022] The BepiColombo Quick-Look Analysis (QLA) system is a web-based application that enables the quick visualisation of science and house-keeping data for preliminary analysis and continuous monitoring of the spacecraft and instrument health.
Bailen M. Moskovitz N. Burt B. Wasserman L. Schottland R.	New Web Portal for ASTORB, Lowell Observatory’s Primary Asteroid Database [#7007] ASTORB is a database of orbital elements and characterization information for all known asteroids in the solar system, hosted at Lowell Observatory for over 20 years. A new web portal to access and visualize the data is soon to be released.
Gao X. Y. Zuo W. Liu J. J. Ren X. Zhang Z. B. Zeng X. G.	TouchMoon: A 3D Multi-Touch Virtual Moon Application [#7056] The software is able to display simultaneously massive raster data and terrain data obtained by Chang’e-2 satellite, panoramic image data obtained by Chang’e-3 and Chang’e-4, 3D models such like rover and lander model, as well as lunar names.
Politte D. V. Arvidson R. E. O’Sullivan J. A. He L.	Pipeline for Retrieval of Surface Temperatures and Single Scattering Albedos [#7009] End-to-end processing software for retrieval of CRISM and OMEGA single scattering albedos and temperatures.
Escalante A. Costa M.	Prototyping a Generalised SPICE C-Kernel C-Smithing Method: Apollo 15 XRFS Pointing from Images [#7065] Precise S/C attitude is often not available yet is necessary for some science applications. A method for reconstructing S/C attitude by comparing simulated images generated with SPICE and actual observations is presented using data from Apollo 15.
Jha K. Neumann G. A. Mazarico E. Barker M. K. Goosens S. Mao D. Zuber M. T. Smith D. E.	Lunar Orbiter Laser Altimeter (LOLA) Data Products and Contributions [#7063] The LOLA instrument greatly increased topographic knowledge of the lunar surface with its high sample rate (28 Hz) five-beam configuration and cm scale resolution. It has allowed other scientific measurements and results not originally planned for.
Okubo C. H. Hunter M. A. Akins S. W. Bailen M. S. Cushing G. E. Fortezzo C. M. Gaither T. A. Gullikson A. L. Hare T. M. Laura J. R. Skinner J. A. Jr. Titus T. N.	Initial Development of the Planetary Geoscience Map Gateway [#7035] Over the past year, we began development of a new data portal, the Planetary Geoscience Map Gateway (PGMG). The goal of the PGMG is to provide on-line access to thematic data for all solid-surface bodies in the solar system except for the Earth.
Crichton D. Cayanan M. Hollins G. Hughes S. Joyner R. Law E. Padams J.	Evolving Towards Data-Driven Capabilities to Enable Planetary Science Research from the PDS [#7105] The foundation laid by the PDS4 standards, services, and tools positions PDS to develop and adopt new approaches and technologies to enable users to effectively search, extract, integrate, and analyze archival data across international boundaries.
Montero A. Barbarisi I. Docasal R. Laantee C. Osinde J. Rios C. Ruano J. Saiz J. Besse S. Arenas J. Costa M. Meri B. Arviset C.	Planetary Science Archive Geometry Computation Module Using Spice [#7033] The European Space Agency’s Planetary Science Archive team is presenting a SPICE-based computation module to generate PDS Product-based observation geometry data files in GeoJSON format for ingestion into the PSA.
Elliott J. P. Heins R. Carson S.	Moving MAVEN IUVS Science Data Processing into the Cloud [#7029] We explore cloud-based computational resources for MAVEN IUVS science data processing.
Robbins S. J. Hoover R. H. Kirchoff M. R.	Fully Controlled 6 Meters/Pixel Mosaic of Mars’ South Pole and Equator from Mars Reconnaissance Orbiter Camera, III [#7099] Nearly automated, relative control of images will be presented, as applied to 6 m/pix ConTeXt camera images of Mars’ equator and south pole.

Wednesday, June 19, 2019

PLANETARY DATA ARCHIVES, SUPPORT SERVICES, AND TOOLS I

8:20 a.m. HCCC Humphreys

Chairs: Kim Murray and Dan Crichton

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
8:20 a.m.	Gaddis L. R. *	Announcements
8:30 a.m.	Crichton D. J. *	Invited: Embracing Planetary Data Analytics
8:45 a.m.	Hughes J. S. * Crichton D. J.	The State of the PDS4 Information Model [#7006] The PDS4 Information Model1 (IM) Version 1.12.0.0, will be soon be released for PDS4 System Integration and Test. This presentation will provide detailed information about its current state and several untapped capabilities.
9:00 a.m.	Arviset C. * Besse S. Barbarisi I. Arenas J. Bentley M. de Castro S. de Marchi G. Docasal R. Fraga D. Grotheer E. Heather D. Laantee C. Lim T. Martinez S. Merin B. Montero A. Osinde J. Rios C. Ruano J. Saiz J.	15 Years of the Planetary Science Archive: Looking Back to Better Look Forward [#7005] This paper describes how the Planetary Science Archive has evolved since its creation 15 years ago, to support data archiving and dissemination for ESA Planetary missions.
9:15 a.m.	Martínez S. * Bentley M. Cornet T. Cuevas M. A. Fajersztejn N. Freschi M. Galán D. Gallegos J. Macfarlane A. J. Ortíz de Landaluce I. Vallejo F. Villacorta A. BepiColombo Science Ground Segment	BepiColombo Science Data Processing Infrastructure [#7042] Following the successful launch of BepiColombo in October 2018, the data processing infrastructure is now in use for a subset of the scientific instruments. This contribution will describe the main drivers and implementation of this infrastructure.
9:30 a.m.	Bentley M. S. * Martinez S. Vallejo F. Cornet T. Macfarlane A. J. Saiz J.	Use of PDS4 in an Operational Archive — Experience from BepiColombo [#7020] The ESA Planetary Science Archive is using the PDS4 format in an operational archive. In the BepiColombo mission products are generated early on knowing they will be improved later. This enables engineering and scientific use of the data from launch.
9:45 a.m.	Hughes J. S. * Padams J. H. Hollins G. A. Hardman S. H.	PDS4 Product Search and Query Models [#7083] The goals of PDS4 Product Search are to provide interoperable search across and improved navigation and virtual views into the planetary science digital archives.
10:00 a.m.		BREAK
10:15 a.m.	Lim T. L. * Docasal R. Metcalfe L. Besse S. Barbarisi I. Coia D.	Plans for the EXOMARS 2020 Rover Data Archive Within the PSA [#7013] This presentation will introduce the ExoMars 2020 Rover mission and describe the plans for new data views in the PSA to support it through its scence themes.
10:30 a.m.	French R. S. * Stopp D. J. Chang Y. J. Showalter M. R. Gordon M. K. Tiscareno M. S. Evans M. W.	OPUS 3.0: The New and Improved Outer Planets Unified Search Tool — 10th Anniversary Edition [#7046] Outer Planets Unified Search (OPUS) is a comprehensive search tool provided by the Ring-Moon Systems node of NASA’s Planetary Data System (PDS). We have recently released OPUS 3.0, a major upgrade, and will review new features and future plans.
10:45 a.m.	Erard S. * Cecconi B. Le Sidaner P. Chauvin C. Rossi A. P. Minin M. Capria T. Ivanovski S. Schmitt B. Génot V. André A. Marmo C. Vandaele A. C. Trompet L. Scherf M. Hueso R. Määttänen A. Carry B. Achilleos N. Soucek J. Pisa D. Benson K. Fernique P. Millour E.	VESPA: Progress and Prospects [#7084] We provide a summary of achievements of the VESPA activity in current Europlanet-2020 program, and prospects for a follow-up.
11:00 a.m.	le Sidaner P. Dr * Chauvin C. Erard S. Dr Cecconi B. Dr	Prototype to Give Access to PDS Data Using VESPA Interface [#7079] The goal of VESPA (Virtual European Solar and Planetary Access) is to build a Virtual Observatory (VO) for solar system sciences. We try to test how to match Vespa classical queries to PDS research data system and show a prototype.
11:15 a.m.	Stein T. C. * Arvidson R. E. Wagstaff K. L. Zhou F.	MSL Analyst’s Notebook: Improved Connections Between Targets, Data, and Published Literature [#7027] The MSL Analyst’s Notebook includes improved association between science team-defined targets, archive data, and published literature.
11:30 a.m.	Hare T. M. * Gaddis L. R. Hartke M. Sunda A. Mayer D. P. Balien M.	The Annex of the PDS Cartography and Imaging Sciences Node: A 2019 Update [#7054] The Annex is a facility hosted at the USGS’s Astrogeology Science Center and developed by the Cartography and Imaging Node to support scientists who use PDS data to create derived geospatial products that can be registered to a solid planetary body.
11:45 a.m.	Borden R. M. * Bishop B. W.	Assessing Planetary Data Access and Use [#7004] There are multiple locations and interfaces where potential data users can discover and access planetary data. A survey was sent to planetary scientists to determine where they go to find planetary data for their work and their experiences doing so.
12:00 p.m.		LUNCH

Wednesday, June 19, 2019

NEW TOOLS AND SERVICES FOR PLANETARY DATA PROCESSORS AND USERS I

8:20 a.m. HCCC Doyle

Chairs: Ross Beyer and Klaus-Michael Aye

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
8:20 a.m.	Hare T. M. *	Announcements
8:30 a.m.	Hare T. M. * Laura J. R. Mapel J. Berry K. L. Rodriguez K. Paquette A. C.	The Community Sensor Model Standard Update [#7019] The Astrogeology Science Center continues to develop and test camera models using the Community Sensor Model (CSM) standard. This abstract provides updates to our CSM testing environment and also successful use in Socet GXP for creating topography.
8:45 a.m.	Muller J.- P. * Tao Y. Beyer R. Alexandrov O. McMichael S.	CASP-GO: 3D Imaging Open Source Software for Processing Planetary Multi-Angle Data into 3D Images from Laptops to Cloud Computers [#7072] We describe the CASP-GO 3D modelling system which is open source and based on the NASA Ames stereo pipeline. This allows complete 3D models to be derived from stereo image acquisitions either running on a laptop, cluster or cloud computer.
9:00 a.m.	Aye K.-M. *	pyRISE and Other Planetary Science Python Tools [#7102] I present a set of several planetary science python tools developed during my work with data from several space mission instruments.
9:15 a.m.	Annex A. M. *	SpiceyPy, a Complete Pythonic Interface for Spice [#7043] SpiceyPy is an open source Python wrapper for SPICE, and version 2.2.0 was released on February 24th, 2019. The project status and future plans are discussed for current and new users alike.
9:30 a.m.	Aneece I. * Anderson R.	Data Exploration, End-Member Identification, and Spectral Unmixing with the Python Hyperspectral Analysis Tool (PyHAT) [#7016] We have begun to build upon the existing free and open source Python Hyperspectral Analysis Tool (PyHAT) library to make a variety of well-known, cutting-edge spectral analysis algorithms available and easy to use for the planetary science community.
9:45 a.m.		BREAK
10:00 a.m.	Turner J. E. * Turner F. S. O’Shea M. O. Patterson G. W.	An Integrated Solution to Display Large Images at Full Resolution [#7064] Due to the significant increase in data product size in the planetary community, visualization and processing of images has become strenuous for our computers. Our solution shows techniques and tools to allow for immediate and dynamic visual analyses.
10:15 a.m.	Sayyad S. B. * Mohammed Z. R.	Modeling and Simulation of the Chandrayaan-I HySI Data for Mineral Mixing Analysis [#7074] The Hapke’s bi-directional reflectance function based on the theory of radiative transfer has been implemented for modeling the HySI spectra. The model was tested against the four standard lunar mixtures from RELAB database and modeled with HySI data.
10:30 a.m.	Dutton N. T. * Mendlovitz M. A. Turner F. S. Patterson G. W.	Signal Localization of Variable Intensity, Thin, Curved Lines in Noisy Images [#7078] Many problems in image processing and computer vision require object identification of curved lines. This work focuses on finding the direct-path signal in bistatic Synthetic Aperture Radar (SAR) pulse-compressed data (i.e., waterfall plots).
10:45 a.m.	Fennema A. M. * Sutton S. Heyd R. S. Perry J.	Automated Processing of CaSSIS Anaglyphs [#7088] A description of the automated processing procedure for creating anaglyphs from CaSSIS stereo image pairs.
11:00 a.m.	Turner F. S. Jr. * Dutton N. T. Patterson G. W.	Time-Domain Back-Projection Image Processing for Mini-RF: Accelerating Computation Performance with a GPU [#7075] Implementation of a GPU version of the CPU-based processor for Mini-RF required overcoming several challenges unique to GPU computing architectures. The GPU software has greatly reduced execution time and enabled processing at higher resolutions.
11:15 a.m.	Elrod M. K. * Slipski M. Stone S. Benna M.	Standardizing Scale Height Computation of MAVEN NGIMS Neutral Data [#7053] The MAVEN NGIMS team produces a level three product which includes the computation of Ar scale height an atmospheric temperatures at 200 km. In the latest version (v06_r01) this has been revised to include scale height fits for CO2, N2 O and CO.
11:30 a.m.	Poffenbarger R. T. * Turner F. S. Jensen B. R. Patterson G. W. O’Shea C. M. Espiritu R. C.	An Improved Visualization of Mini-RF Bistatic Targeting Geometry [#7097] Planning of bistatic Mini-RF observations requires the consideration of complex radar phenomena. We introduce an improved method of visualizing these constraints in order to improve data quality.
11:45 a.m.		LUNCH

Wednesday, June 19, 2019

PDS4 DISCUSSIONS AND DEMOS

9:00 a.m. HCCC Reese

Chairs: Anne Raugh and Lisa Gaddis

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
9:00 a.m.	Gaddis L. R. *	Introduction to PDS4 Open Discussion
9:10 a.m.		PDS4 Open Discussion
10:40 a.m.		PDS4 Open Discussion
12:00 p.m.		LUNCH
1:00 p.m.	Guinness E. *	PDS4 Discipline Dictionaries
1:30 p.m.	De Cesare C. M. * Padams J. H.	PDS4 Development How-To: Labels, Bundles, and Local Data Dictionaries [#7111] This presentation will describe some best practices for PDS4 development, including label design, bundle development and local data dictionary development.
2:00 p.m.	Raugh A. C. *	Designing a PDS4 Local Data Dictionary [#7061] Methods and approaches are presented for the identification, assembly, and organization of mission- or project-specific metadata into an implementable design for a PDS4 local data dictionary.
2:30 p.m.		Q&A Session
3:00 p.m.		BREAK
3:15 p.m.	Deen R. G. * De Cesare C. M. Padams J. H. Algermissen S. S. Toole N. T. Levoe S. R. Hughes J. S. Ramirez P. M.	Multimission Labels in PDS4, Part 1:  Dictionaries [#7050] First of a set of three related abstracts describing the authors’ experiences in creating multimission labels and tools for PDS4.
3:30 p.m.	Deen R. G. * De Cesare C. M. Padams J. H. Algermissen S. S. Toole N. T. Levoe S. R. Hughes J. S. Ramirez P. M.	Multimission Labels in PDS4, Part 2: Property Maps [#7051] Second of a set of three related abstracts describing the authors’ experiences in creating multimission labels and tools for PDS4.
3:45 p.m.	Hare T. M. *	Archiving GIS-Type Products in PDS4
4:00 p.m.		Q&A Session
4:30		Adjourn

Wednesday, June 19, 2019

PLANETARY DATA ARCHIVES, SUPPORT SERVICES, AND TOOLS II

1:30 p.m. HCCC Humphreys

Chairs: Santa Martinez and Jordan Padams

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
1:30 p.m.	Grimes K. * Waldron A. Verma R. DeCesare C. Ramirez P. Padams J. Hardman S. Cayanan M.	An Approach Towards Supporting Seamless Search Across PDS3 and PDS4 Metadata [#7104] PDS Imaging Node has been able to extend the Image Atlas to support searches across both PDS3- and PDS4-formatted metadata, while minimizing risk of human error by automating the majority of the ingestion processes.
1:45 p.m.	Dickenshied S. * Anwar S. Noss D. Hagee W. Carter S. Rios K. Wren P. Burris M. Anderson Z.	JMARS — Easy Visualization and Analysis of Planetary Remote Sensing Data [#7108] JMARS is a free GIS application for viewing planetary remote sensing data (more than just Mars!) on Windows, Mac, or Linux devices. It is used by school kids, graduate students, and NASA mission planners.
2:00 p.m.	Noss D. * Anwar S. Dickenshied S. Carter S.	Ingesting Planetary Data into the JMARS Ecosystem [#7106] JMARS is a GIS system built specifically to work with remote sensing data on planetary bodies. This talk will discuss some of the successes and challenges associated with ingesting such large quantities of data with varying pedigrees into JMARS.
2:15 p.m.	Carter S. * Dickenshied S. Noss D. Anwar S.	Non-Traditional GIS Datasets: Using JMARS for Visualization and Analysis [#7089] JMARS is a powerful GIS tool that can be used to visualize and analyze more advanced datasets, in addition to traditional data. Advanced datasets include: spectrometer data, ground penetrating radar, and planetary climate modeling.
2:30 p.m.	Lu S. L. * Wagstaff K. L. W. Cai J. C. Doran G. D. Grimes K. G. Lee J. L. Mandrake L. M. Yue Y. Y.	Improved Content-Based Image Classifiers for the PDS Image Atlas [#7028] We utilized machine learning techniques to enable content-based image search capability for scientists and engineers to efficiently find images of interest through tens of millions of images hosted by Planetary Data System Imaging Node.
2:45 p.m.	Dahl L. B. * Deen R. G. Padams J. H. Ramirez P. M.	PDS Support for the Democratization of Space [#7096] Supporting an emerging class and type of data provider (CubeSats, SmallSats, PDART and ROSES) will require new approaches to enabling the delivery of value-adding archival products.
3:00 p.m.		BREAK
3:15 p.m.	Archinal B. A. * IAU WG on Cart. Crd. & Rot. Elements	Updating Solar System Reference Frames for Cartography in 2019 [#7062] Summary of 2019 plans of the IAU WG on Cartographic Coordinates and Rotational Elements regarding recommendations on planetary coordinate systems and body shapes.
3:30 p.m.	Williams D. A. *	The Io Database as an Example of a Planetary Spatial Data Infrastructure [#7001] This presentation discusses how the Io GIS database is being completed as an example for a Planetary Spatial Data Infrastructure.
3:45 p.m.	Keszthelyi L. P. * Hunter M. A. Hare T.	First Steps Toward a Terrestrial Analog Data Portal [#7023] Don’t re-invent the wheel to manage terrestrial analog data. Use the USGS ScienceBase Catalog and associated infrastructure.
4:00 p.m.	Verma R. * Padams J. Ramirez P. Hollins G. Cayanan M.	Archive Manager and Processor (AMP) [#7067] The Archive Manager and Processor (AMP) toolkit is an efficient means to understand the state of a large file-based archive through the extraction of key metadata. This presentation details AMP’s status, direction, and future direction.
4:15 p.m.	Sanders A. R. * Akins S. Mayer D. P. Bovre E. A. Laura J. Gaddis L.	Unified Planetary Coordinates Database Refactor [#7090] PDS pipelines / Refactored the database / Optimization.
4:30 p.m.	Heyd R. S. * Perry J. Fennema A. M. Read M.	Using Nextflow to Manage Processing Workflows [#7098] Using Nextflow to Manage Processing Workflows is a brief overview of the Nextflow workflow management system, and how this system may be applied to image processing tasks, especially where automated processing of a large data set is needed.
4:45 p.m.	Volat M. * Quantin-Nataf C. Mandon L.	MarsSI: Martian Surface Data Processing Service [#7031] MarsSI is a platform and service to catalog, process and retrieve data from martian orbiters.
5:00 p.m.		Adjourn

Wednesday, June 19, 2019

NEW TOOLS AND SERVICES FOR PLANETARY DATA PROCESSORS AND USERS II

1:30 p.m. HCCC Doyle

Chair: Nicolas Manaud

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
1:30 p.m.	Annex A. M. *	SpiceyPy Demo and Discussion
2:00 p.m.	Davis L. M. * Silva V. H. Estes N. M. LROC Team	Will it Blend? Updates in Planetary Visualization:  The Sequel [#7081] Since the last Planetary Data Workshop, the LROC team has adapted their procedures to import DTMs and SPICE into Blender. Our workshop will teach these new methods.
2:30 p.m.	Hare T. M. *	GDAL Updates for PDS4
3:00 p.m.	Steele R. J. *	Dragonfly Virtual Reality
3:30 p.m.	Steele R. J. *	Small Body Mapping Tool
4:00 p.m.	Dickenshied S. *	JMARS Demo and Discussion
4:30 p.m.	Frigeri A. *	QGIS Demo and Discussion
5:00 p.m.		Adjourn

Thursday, June 20, 2019

LOOKING AHEAD: WHAT’S NEXT FOR PLANETARY DATA

8:20 a.m. HCCC Humphreys

Chairs: Trent Hare and Justin Hagerty

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Times	Authors (*Denotes Presenter)	Abstract Title and Summary
8:20 a.m.	Hare T. M. *	Announcements
8:30 a.m.	Morgan T. *	Invited: The PDS Response to the 2017 Roadmap Study Team Report
8:45 a.m.	Padams J. H. *	Invited: PDS Tools and Services: What’s New and Coming Soon
9:00 a.m.	Ramirez P. *	Invited: PDS Steps Out Into the Open
9:15 a.m.	Thomson. B *	The Status of the MAPSIT Roadmap
9:30 a.m.	Beyer R. *	MAPSIT SAT Review of ISIS3
9:45 a.m.	Laura J. R. * Fergason R. L. ASC Development Team	Software Development Changes at the USGS Astrogeology Science Center [#7087] Update on the software management, governance, and release at the USGS Astrogeology Science Center.
10:00 a.m.	BREAK
10:15 a.m.		Panel Discussion: What More is Needed to Support Users of Planetary Data
11:45 a.m.		Adjourn

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Authors (*Denotes Presenter)	Abstract Title and Summary
Mapel J. A. Berry K. Paquette A. Rodriguez K. Stapleton S. Hare T. M. Laura J. R.	The Abstraction Layer for Ephemerides Library [#7085] An overview of the Abstraction Layer for Ephemerides Library that supports consistency between sensor models.