Title: Astronomical Data Analysis Software and Systems XXIX

Volume: 527 Year: 2020 View this Volume on ADS
Editors: Roberto Pizzo, Erik R. Deul, Jan David Mol, Jelle de Plaa, and Harro Verkouter

Martini Plaza, Groningen, the Netherlands
6—10 October 2019

This volume contains the proceedings of the 29th annual conference on Astronomical Data Analysis Software and Systems (ADASS XXIX). ADASS is the premier conference for the exchange of information about astronomical software, and it is organized each year by a different hosting astronomical institution at a different location. The conference provides a forum for astronomers, software engineers, and data specialists from around the world to discuss software and algorithms as used in all aspects of astronomy, from telescope operations, to data reduction, to outreach and education. In addition to presenting their work, delegates engaged in discussions on emerging technologies and debated future directions in areas such as common data formats, software reuse, and data dissemination. As such, ADASS is a vital mechanism to foster discussion for the advancement of the field.

This was the first time that ADASS was organised in the Netherlands and it was a very timely and important meeting. The conference programme was shaped to present and discuss technical developments that are being pioneered in the Netherlands and prepare the community for the next generation astronomical observations with the Square Kilometre Array, ESO telescopes (including the Extremely Large Telescope) and ESA space missions (e.g., Gaia and Euclid).

These proceedings contain 182 papers representing the invited, contributed, and poster papers as well as the “Birds of a Feather” sessions and demonstrations.

The ADASS XXIX conference was hosted by ASTRON (Netherlands Institute for Radioastronomy) in collaboration with seven more Dutch institutes: JIVE (Joint Institute for VLBI ERIC), ALMA ARC Leiden, RuG (University of Groningen), Leiden University, SRON (Netherlands Institute for Space Research), RU (University of Nijmegen), and UvA (University of Amsterdam).
ISBN: 978-1-58381-941-8 eISBN: 978-1-58381-942-5

Paper Title Page Authors
Front Matter   
Front Matter
Session I. Data Discovery Across Heterogeneous Datasets   
Science Discovery With Diverse Multi-Wavelength Datasets Fused in the NASA/IPAC Extragalactic Database (NED) 3 Mazzarella, J. M.
Content-Aware Data Discovery on VO Catalogs Using Succinct Representations 13 Araya, M.; Arroyuelo, D.; Saldías, C.; Solar, M.
A Science Discovery Portal for Euclid Data: The Euclid Scientific Archive System 17 Nieto, S.; de Teodoro, P.; Giordano, F.; Racero, E.; Santos, M. M.; Salgado, J.; Altieri, B.; Merín, B.; Arviset, C.
Data Processing Center for Space VLBI Missions. 21 Shatskaya, M.; Andrianov, A.; Likhachev, S.; Seliverstov, S.; Sychev, D.; Fedorov, N.
Computational Aspects of Space-VLBI missions (“Radioastron” and “Millimetron”) 25 Andrianov, A. S.; Guirin, I. A.; Lyakhovets, A. O.; Kostenko, V. I.; Rudnitskiy, A. G.; Likhachev, S. F.; Ladygin, V. A.; Shatskaya, M. V.
Working With the SourceXtractor++ Software 29 Kümmel, M.; Schefer, M.; Apostolakos, N.; Álvarez–Ayllón, A.; Bertin, E.; Dubath, P.
The AGILE Gamma-Ray Legacy Archive and the User-Friendly AGILE-LV3 Web Tool Integrated in the ASI-SSDC MWL Environment 33 Lucarelli, F.; Pittori, C.
Euclid Scientific Challenges: Full-Size Integration Tests of the Science Ground Segment 37 Ansart, J.; Basset, A.; Dabin, C.
Assessing the Near Earth Object Potential of the BlackGEM Telescope Array 41 Postema, J.; Frantseva, K.; Verdoes Kleijn, G. A.
Session II. Multi-Wavelength Astronomy   
Euclid, Vera Rubin Observatory, WFIRST Joint Survey Processing: The Whole is Greater Than the Sum of Its Parts 47 Chary, R.
Connecting Space and Time in a Multi-Messenger Landscape: STMOC Behind the Scene 57 Fernique, P.; Durand, D.; Nebot, A.; Boch, T.; Pineau, F.–X.; Baumann, M.
Integrating the VO Framework in the EOSC 61 Molinaro, M.; Allen, M. G.; Bertocco, S.; Boisson, C.; Bonnarel, F.; Castro Neves, M.; Demleitner, M.; Genova, F.; Morris, D.; Schaaff, A.; Taffoni, G.; Voutsinas, S.
Space-Time Coverage in the VO Registry 65 Demleitner, M.
Migration of a Living Observation Archive to a Software-Defined Storage 69 Zhelenkova, O.; Vitkovskij, V.; Chernenkov, V.; Shergin, V.; Plyaskina, T.
Scalable Python Implementation of Image Cutout Service 73 Lo, K.
Coverage and Lacunarity of Astronomical Datasets 77 Derriere, S.
Implementation Feedback of the IVOA Provenance Data Model 81 Louys, M.; Bonnarel, F.; Durand, D.; Egner, A.
Web SAMP and HTTPS: What to Do? 85 Taylor, M. B.
DOI Registration for Catalogues Published in VizieR 89 Landais, G.; Schaaff, A.; Brouty, M.; Lesteven, S.; Ocvirk, P.; Perret, E.; Pouvreau, T.; Vannier, P.
The Recent Developmental Status of SNEGRAF: a Web-Based Gravitational Wave Signal Analyzer 93 Eguchi, S.; Shibagaki, S.; Hayama, K.; Kotake, K.
A Catalogue of Galactic Globular Cluster Catalogues 97 Halbesma, T.; Balbinot, E.
OAJ Web Portals: From Observations Scheduling to Data Access and Visualization 101 Civera, T.; Hernández, J.
Retrieving Complex Data in TAP Services. 105 Oberto, A.; Michel, L.; Mantelet, G.; Liao, H.
Updates to the MAST DOI Infrastructure 109 Weissman, S.
ARTEMIX and YAFITS: Remote Viewer Experiments 113 Salomé, P.; Caillat, M.; Moreau, N.; Ba, Y.–A.
IVOA Data Curation and Preservation IG Effort Concerning DOIs in Astronomy 117 Schaaff, A.; D'Abrusco, R.; Jenness, T.; Landais, G.; Muench, A.; Raugh, A. C.; Rots, A.; Schade, D.
HiPS2FITS: Fast Generation of FITS Cutouts From HiPS Image Datasets 121 Boch, T.; Fernique, P.; Bonnarel, F.; Chaitra; Bot, C.; Pineau, F.–X.; Baumann, M.; Michel, L.
Session III. Evolution of Software Development and Management   
Data Model as Agile Basis for Evolving Calibration Software 127 Buddelmeijer, H.; Verdoes Kleijn, G. A.; Leschinski, K.
The Evolution of Science Data Pipelines: HST, JWST, WFIRST 131 Sosey, M.
Experience in Software Development and Management 135 Wu, X.
(The Struggle) Towards an Open Source Policy 139 Grange, Y. G.; Jürges, T.; Dijkema, T. J.; Halfwerk, R.; Schoonderbeek, G. W.
Lessons Learned From Developing and Maintaining Shared Astronomical Software Packages 143 Mink, J.
Machine Learning Classification of Candidate Variable Stars in Python 147 Stenborg, T. N.
Control any Telescope with Firefly Visualization Tool and Machine Learning 151 Joliet, E.
Six Dimensional Streaming Algorithm for Cluster Finding in N-Body Simulations 155 Lemson, G.; Reilly, A.; Ivkin, N.; Braverman, V.; Szalay, A.
Pixel-Level Solar Filament Segmentation Based on Deep Learning 159 Zhu, G.; Lin, G.; Wang, D.; Liu, S.; Yang, X.
VO-supported Active Deep Learning as a New Methodology for the Discovery of Objects of Interest in Big Surveys 163 Škoda, P.; Podsztavek, O.; Tvrdík, P.
Pay Attention to the Flare 167 Ibsen, A.; Mann, B.
Science Mining the ALMA Archive 171 Teuben, P. J.; Pound, M. W.; Mundy, L. G.
Galaxy Image Simulation Using Progressive GANs 175 Dia, M.; Savary, E.; Melchior, M.; Courbin, F.
The Horizon-2020 ExoplANETS-A Project: Advancing the Field of Exoplanet Science 179 Lahuis, F.; Bouwman, J.; Lagage, P.–O.; Martin–Lagarde, M.; Min, M.; Waldman, I.
Can we Interpret Machine Learning? An Analysis of Exoplanet Detection Problem 183 Molina, G.; Mena, F.; Bugueño, M.; Solar, M.
Identifying Exoplanets from Kepler Light Curves: a Partial Replication of a Deep Learning Study by Shallue and Vanderburg 187 Baldassi, L.; Brooks, A.
HeAT: a High-Performance-Computing Library for Scientific Big Data Analytics 191 Comito, C.; Coquelin, D.; Debus, C.; Götz, M.; Hagemeier, B.; Hanselmann, S.; Knechtges, P.; Krajsek, K.; Schmitz, S.; Tarnawa, M.
Session IV. Data Science Challenges: Tools from Statistics to Machine Learning   
Photometric Redshift Estimation of Quasars by Machine Learning 197 Zhang, Y.; Zhang, J.; Han, B.; Qiao, L.; Zhao, Y.
Scientific Visualisation of Extremely Large Distributed Astronomical Surveys 201 Singh, S.; Valentijn, E. A.; Belikov, A. N.; Buddelmeijer, H.; Roerdink, J. B. T. M.
Machine Learning for Scientific Discovery 205 Surana, S.; Wadadekar, Y.; Oberoi, D.
Aiding the Science Return of Astronomical Time-Series Data: The HCV Explorer 209 Arévalo, M.; Gutiérrez, R.; Baines, D.; Durán, J.; Salgado, J.; Merín, B.; Arviset, C.; Nota, A.; Sonnentrucker, P.; Bonanos, A.
CARTA: Cube Analysis and Rendering Tool for Astronomy 213 Wang, K.–S.; Comrie, A.; Harris, P.; Moraghan, A.; Hsu, S.–C.; Pi'nska, A.; Chiang, C.–C.; Jan, H.; Simmonds, R.; Pang, Q.; Brandt, P.; Taylor, R.; Ott, J.; Rosolowsky, E.; Lee, C.–F.; Raba, R.; Kirkham, K.
Efficient Data Processing for Large Image Cube Visualisation 217 Comrie, A.; Simmonds, R.; Pi'nska, A.; Taylor, A. R.
Virtual Reality and Immersive Collaborative Environments: the New Frontier for Big Data Visualisation 221 Sivitilli, A. K.; Comrie, A.; Marchetti, L.; Jarrett, T. H.
Interactive Figures in the AAS Journals 225 Williams, P. K. G.
Visualising Virtual Observatory Data in Digital Planetaria 229 Soancatl–Aguilar, V.; Williams, O. R.; Ji, C.; Valentijn, E. A.; Mathlener, A.; Roerdink, J. B. T. M.
Session V. Data Visualisation from Line Plots to Augmented and Virtual Reality   
Creating High Quality All-Sky Visualizations of Astronomy Image Data Sets: HiPS and Montage 235 Berriman, G. B.; Good, J. C.; Desai, V.; Groom, S. L.
Jiveplot: Inspecting Large Volumes of Raw Radio Data Made Easy 239 Verkouter, H.
Firefly and Python — New Ways to Visualize Data on the Web 243 Roby, W.; Wu, X.; Dubois–Felmann, G.; Shupe, D.; Ly, L.; Goldina, T.; Wang, C.; Joliet, E.; Zhang, L.
The DataToDome Initiative at the Iziko Planetarium in Cape Town and the IDIA Visualization Lab 247 Marchetti, L.; Jarrett, T. H.; Comrie, A.; Sivitilli, A. K.; Macfarlane, S.; Taylor, R.; Cluver, M.
Integrating Plotly Charts into Firefly Visualization System 251 Goldina, T.; Wu, X.; Roby, W.; Ly, L.; Wang, C.
ALTA, The APERTIF Long Term Archive 255 Holties, H.; de Goei, R.; Vermaas, N.
Eight Years of the Parkes Pulsar Data Archive 259 Dempsey, J.; Hobbs, G.; Toomey, L.
Basis-agnostic Polarization Calibration Heuristics Support in CASA 263 Moellenbrock, G.
The CASA Software for Radio Astronomy: Status Update from ADASS 2019 267 Emonts, B.; Raba, R.; Moellenbrock, G.; Castro, S.; García–Dabó, C. E.; Donovan Meyer, J.; Ford, P.; Garwood, R.; Golap, K.; Gonzalez, J.; Kawasaki, W.; McNichols, A.; Mehringer, D.; Miel, R.; Montesino Pouzols, F.; Nakazato, T.; Nishie, S.; Ott, J.; Petry, D.; Rau, U.; Reynolds, C.; Schiebel, D.; Schweighart, N.; Steeb, J.–W.; Suoranta, V.; Tsutsumi, T.; Wells, A.; Bhatnagar, S.; Jagannathan, P.; Masters, J. S.; Wang, K.–S.
CASA 6: Modular Integration in Python 271 Raba, R.; Schiebel, D.; Emonts, B.; Garwood, R.; Montesino Pouzols, F.; Castro, S.; García–Dabó, C. E.; Mehringer, D.; Suoranta, V.
Session VI. Local and Global Cloud Infrastructure for Processing and Storage   
Why Is The LSST Science Platform Built on Kubernetes? 277 Banek, C.; Thornton, A.; Economou, F.; Fausti, A.; Krughoff, K. S.; Sick, J.
ESA Datalabs: Multi Mission Science Exploitation and Preservation Platform 287 Navarro, V.; Álvarez, R.; Río, S. D.; Guerra, R.; Martín-Rubio, V.; Diego, M. &.; Ramos, N. A. V.; Marques, A. L.; Henriques, X. R.; Pereira, A.; Basso, D. M.; Héliou, A.; Marseille, M.
The Euclid Archive Processing and Data Distribution Systems: a Distributed Infrastructure for Euclid and Associated Data 291 Williams, O. R.; Begeman, K.; Belikov, A. N.; Boxhoorn, D.; Droge, B.; Nutma, T. A.; Tsyganov, A.; Valentijn, E. A.; Vriend, W.–J.; Dabin, C.
Pioneering the Exascale Era with Astronomy 295 Oonk, J. B. R.; Schrijvers, C.; van den Berg, Y.
The Design and Implementation of the Paper Data Repository 299 Li, C.; He, B.; Cui, C.; Fan, D.; Li, S.; Tao, Y.; Xu, Y.; Han, J.; Mi, L.; He, L.; Yang, S.
INAF Trieste Astronomical Observatory Information Technology Framework 303 Bertocco, S.; Goz, D.; Tornatore, L.; Ragagnin, A.; Maggio, G.; Gasparo, F.; Vuerli, C.; Taffoni, G.; Molinaro, M.
CHIPP: INAF Pilot Project for HTC, HPC and HPDA 307 Taffoni, G.; Becciani, U.; Garilli, B.; Maggio, G.; Pasian, F.; Umana, G.; Smareglia, R.; Vitello, F.
Session VII. Telescope Operations and Scheduling: from Classical to Autonomous   
STARS: Telescope and Space Mission Scheduling Towards a Multi-Observatory Framework 313 Colomé, J.; Nakhjiri, N.; García–Piquer, Á.; Morales, J. C.; Vilardell, F.
LOFAR: Challenges and Solutions to Operate the World's Largest Radio Telescope 323 Pizzo, R.; Iacobelli, M.; Mancini, M.
Preparing for the Next Generation of Radio Observatory Operations 327 Moss, V.
Presentation of a New VLBI Scheduling Software VieSched++ 331 Schartner, M.; Böhm, J.
Big Data Architectures for Logging and Monitoring the ASTRI Mini-Array 335 Sciacca, E.; Costa, A.; Tosti, G.; Schwarz, J.; Bruno, P.; Calanducci, A.; Grillo, A.; Vitello, F.; Becciani, U.; Riggi, S.; Conforti, V.; Gianotti, F.
A DIRAC-based Prototype for the Cherenkov Telescope Array Data Management, Processing and Simulations 339 Arrabito, L.; Bregeon, J.
Metadata Evolution in the Planetary Data System 343 Raugh, A. C.; Hughes, J. S.; Padams, J. H.
MAST APIs: Present to Future 347 Brasseur, C.; Donaldson, T.
The Exo.MAST Portal: An Exoplanet Focused View into MAST Data 351 Rodriguez, D. R.
A New Textual Search Engine to Discover VizieR Catalogues 355 Bisch, Y.; Landais, G.; Schaaff, A.
Conception and Development of a Tool to Abstract Access to and Merge Multiple Astronomical Data Stores 359 Thong, S.; Becker, G.; D'Abrusco, R.; McCollough, M.; Van Stone, D.; Winkelman, S.
Exposing SED Models And Snapshots Via VO Simulation Artefacts 363 Chaitra; Bertocco, S.; Molinaro, M.; Molinari, S.; Ragagnin, A.; Taffoni, G.
Big Maser Data: Methanol Maser Database 367 Bayandina, O. S.; Ladeyschikov, D. A.
Creating a Nearly All Sky Near Infrared Catalogue from WFCAM-VISTA Surveys 371 Cross, N.
The Future of Astronomical Archives: Reaching Out to and Engaging Broader Communities 375 D'Abrusco, R.; Becker, G.; McCollough, M.; Thong, S.; VanStone, D.; Winkelman, S.
Community-Contributed Datasets: Recent and Future Advances at the Mikulski Archive for Space Telescopes 379 Snyder, G.; Dower, T.; Fleming, S.; Forshay, P.; Kimball, T.; Rodriguez, D.; Tseng, S.; Weissman, S.
Session VIII. Open Data Access and Provisioning   
Maximising Data Reach: Bringing the Gaia Dataset to the World 385 González–Núñez, J.; Salgado, J.; Gutierrez–Sanchez, R.; Segovia, J. C.; Durán, J.; Racero, E.; Marcos, M.; Mora, A.; Bakker, J.; U.Lammers; Merín, B.; Arviset, C.; Aguado–Agelet, F.
Daiquiri - Python Based Framework for the Publication of Scientific Databases 395 Galkin, A.; Klar, J.; Matijevic, G.; Riebe, K.; Enke, H.
Streamlining the Sloan Digital Sky Survey Public Data Releases: Changes Made and Lessons Learned 399 Weijmans, A.; Brownstein, J.; Thakar, A.; Blanton, M.; Cherinka, B.; Masters, K.; Raddick, M. J.
Implementing, with Python and PostgreSQL, Virtual Observatory Services for Publishing Survey Data from the Observatorio Astrofísico de Javalambre 403 Hernández, J.; Civera, T.
The New Ultra-Fast ALMA Archive Interface 407 Stoehr, F.; Del Prado, M.; Manning, A.; Matthews, B.; Miura, R.; Plunkett, A.; Wang, K.–S.
HALcoll: Neural Network-based Optical Collimation and Alignment at the MMT Observatory 411 Pickering, T. E.
Observatory Control Software for CCAT-prime 415 Schaaf, R.; Nolta, M.; Higgins, R.; Nikola, T.
StationMonitor: Combining Different Tests Data to Provide the Overview of the LOFAR Array 419 Mancini, M.; Bokhorst, R.
DAG-OPT: Observation Proposal Tool 423 Tezcan, C. T.; Güçsav, B. B.; Satir, O.; Yeşilyaprak, C.
The Data Science Initiative at the W. M. Keck Observatory 427 Rizzi, L.; Brown, M. K.; Kwok, S. H.; Lucas, E.; Mader, J. A.; O'Meara, J.; Riley, J.; Walawender, J.
ARTAMIS: a Real-Time Monitor System for the WSRT Based on WinCC-OA 431 Schoenmakers, A. P.; Mulder, H.; Coolen, A. X. C.
An Overview of DKIST Operations Commissioning and Tools 435 Alexov, A.; Tritschler, A.; Rimmele, T.; Marshall, H.; Parraguez, A.
Operability Vs Optimization in Automated Telescopes. Lessons Learnt From Robotic Space Exploration. 439 Gutiérrez–Marqués, P.; Guettler, C.; Tubiana, C.; Ripken, J.
Session IX. Data Processing Pipelines   
Exo-MerCat: a Merged Exoplanet Catalog with Virtual Observatory Connection 445 Alei, E.; Bignamini, A.; Claudi, R.; Molinaro, M.
Easy to Deploy and Easy to Modify Data Reduction Pipelines using KERN and CWL 455 Molenaar, G.
Accelerating Radio Astronomy With High Performance Computing 457 Malenta, M.; Stappers, B.; Bezuidenhout, M. C.; Caleb, M.; Driessen, L.; Jankowski, F.; Morello, V.; Rajwade, K.; Sanidas, S.
The SourceXtractor++ Software 461 Bertin, E.; Schefer, M.; Apostolakos, N.; Álvarez–Ayllón, A.; Dubath, P.; Kümmel, M.
Re-engineering Data Processing for Resilience: ALMA's New Message-Passing Backbone 465 Chavan, A. M.; Rosen, R.; Staig, T.
The Data Analysis of the Insight-HXMT Observation 469 Zhao, H.; Insight-HXMT Collaboration
An Integrated HPC System for the LOFAR EoR Project 473 Pandey, V. N.; Koopmans, L. V. E.; Tiesinga, E.; Albers, W.; Koers, H. U. A.
Managing the Euclid Data Model 477 Nutma, T. A.; Dabin, C.; Valentijn, E. A.
Development of Production-Ready GPU Data Processing Pipeline Software for AstroAccelerate 481 Carels, C.; Adámek, K.; Novotny, J.; Armour, W.
Big Data Analysis and Reduction on Exascale Infrastructure: the AVU-GSR Application in the EuroExa Project 485 Becciani, U.; Vitello, F.; Sciacca, E.; Calanducci, A.; Costa, A.; Riggi, S.; Vecchiato, A.
JWST End-to-End Validation Framework 489 Diaz, R. I.; Canipe, A. M.; Cracraft, M.; Crawford, S. M.; Fix, M. B.; Marín, M. G.; Kaleida, C.; Kyprianou, M.
Compilers, Languages, Options, and Astronomical Images. 493 Shortridge, K.
SOCCI: A Multi-Mission Software Engineering Platform for Science Operations 497 Del Río, S.; Navarro, V.; Lumi, K.; Hanson, K.; Pašenkov, E.; Mutso, M.; Lember, A.
Death to IRAF 501 Ispas, V.; Noel–Storr, J.
Agile Methodologies in Teams with Highly Creative and Autonomous Members 505 Blanco–Cuaresma, S.; Accomazzi, A.; Kurtz, M. J.; Henneken, E.; Grant, C. S.; Thompson, D. M.; Chyla, R.; McDonald, S.; Shapurian, G.; Hostetler, T. W.; Templeton, M. R.; Lockhart, K. E.; Bukovi, K.; Rapport, N.
Session X. Delivering Accessible and Science-Ready Radio Data   
Designing Radio–Astronomical Software for Delivering Science–Ready Products 511 Offringa, A. R.
The NRAO Science Ready Data Products Pilot Program 519 Lacy, M.; Kern, J.; Tobin, J. J.
Exploratory Studies on How to Improve Gaia Astrometry for Bright Sources 523 Delgado, A.; Mora, A.; Crowley, C.; Martín–Fleitas, J.; Hernández, J.; Bombrun, A.; Murphy, C.
The XMM–Newton Pipeline. 20 Years of Mission Processed in
5.5 Days
527 Perea–Calderón, J.–V.; Rodriguez–Pascual, P.; Gabriel, C.
The Rialto Project: Software Prototyping for the SKA Science Data Processor Based on Australian Precursor Technologies. 531 Guzman, J.; Wicenec, A.
Time Domain Astronomy with DRAGONS at Gemini Observatory 535 Labrie, K.; Simpson, C.; Anderson, K.; Turner, J. E. H.; Quint, B.
The James Webb Space Telescope Quicklook Application (JWQL) 539 Bourque, M.; Chambers, L.; Cracraft, M.; Filippazzo, J.; Hilbert, B.; Kanarek, G.; Martlin, C.; Ogaz, S.; Sahlmann, J.; Sunnquist, B.; Boffi, F.
Self-describing Portable Dataset Container 543 Huang, M.
The Data Reduction Pipeline for FIFI-LS, the MIR Integral Field Spectrograph for SOFIA 547 Vacca, W.; Clarke, M.; Perera, D.; Fadda, D.; Holt, J.
JoXSZ – Joint X-SZ Fitter for Galaxy Clusters 551 Castagna, F.; Andreon, S.
The Data Processing Pipeline for GUSTO 555 Shipman, R.; Seo, Y.; Tolls, V.; Peters, W.; Kulesa, C.; Walker, C.
Cluster/ADAPT Interface Tool (CLAI) 559 Chalevin, A.
Detection of GWAC Abnormal Light Transform Based on
Sparse Autoencoder
563 Zhu, M.; Liu, W.; Yu, X. C.; Duan, F. Q.; Zhang, Y. G.
DAG-MAM: Eastern Anatolia Observatory Meteorological and Astronomical Monitoring System 567 Balbay, R.; Tugrul Tezcan, C.; Niaei, M. S.; Satir, O.; Yeşilyaprak, C.
Pipeline Calibration and Imaging for the Very Large Array 571 Kent, B. R.; Masters, J. S.; Chandler, C. J.; Tobin, J. J.; Marvil, J.; Ott, J.; Myers, S. T.; Medlin, D.; Kimball, A. E.; Schinzel, F. K.; Lacy, M.; Kern, J.; Butler, B. J.; Sugimoto, K.; Muders, D.; Williams, S. J.; Geers, V. C.
Stacking the Suprime–Cam Image Archive at the CADC 575 Gwyn, S.
Efficient Remote Interactive Pipelines Using CASA and Jupyter 579 Keimpema, A.; Kettenis, M.; Small, D.; Dijkema, T. J.; Szomoru, A.
The JWST Science Calibration Pipeline 583 Bushouse, H.
Hubble Advanced Products: Transitioning the Hubble Legacy Archive (HLA) to Normal Pipeline Operations 587 Tran, H. D.; Burger, M.; Hack, W.
ASKAPsoft Pipeline Gets Ready for the Pilot Surveys 591 Wieringa, M.; Ord, S.; Raja, W.
VOEvent Processing Pipelines for SVOM Chinese Science
Ground Segment
595 Zhang, M.; Huang, M.
Metadata and Their Importance in SO/PHI's On–Board
Data Processing
599 Albert, K.; Hirzberger, J.; Busse, D.; Castellanos Durán, J. S.; Kolleck, M.
Estimating Continuous Direction-dependent Gain Screens from Radio Interferometric Visibilities and a Large Skymodel 603 van der Tol, S.; Veenboer, B.; Offringa, A.; D.Rafferty; Mevius, M.; Dijkema, T. J.
Improving the ELT/HARMONI Science Simulation Pipeline, HSIM 607 Routledge, L.; Pereira Santaella, M.; Thatte, N.; Fusco, T.; Neichel, B.
Short Pulse Processing in TES Detectors (Study Case for Athena/X–IFU) 611 Cobo, B.; Cardiel, N.; Ceballos, M. T.; Peille, P.
The Astrometric Calibration Software System for Euclid's
External Surveys
615 Mulder, W.; de Jong, J. T. A.; Verdoes Kleijn, G. A.; Valentijn, E. A.; Williams, O. R.; Boxhoorn, D. R.; Belikov, A. N.; Fabricius, M.; Helmich, E. M.; Wetzstein, M.; Vassallo, T.; George, K.
The AARTFAAC–12 Calibration and Imaging Pipeline 619 Shulevski, A.; Mevius, M.
COSMILOG: A Cosmic Ray Logger 623 Niaei, M. S.; Yeşilyaprak, C.
RASCAL: Towards Automated Spectral Wavelength Calibration 627 Veitch–Michaelis, J.; Lam, M. C.
Gearing the DECam Analysis Pipeline for Multi–Messenger Astronomy Using Pegasus Workflows 631 Vahi, K.; Goldstein, D.; Papadimitriou, G.; Nugent, P.; Deelman., E.
MeerKATHI - an End-to-End Data Reduction Pipeline for MeerKAT and Other Radio Telescopes 635 Józsa, G. I. G.; White, S. V.; Thorat, K.; Smirnov, O. M.; Serra, P.; Ramatsoku, M.; Ramaila, A. J. T.; Perkins, S. J.; Molnár, D. C.; Makhathini, S.; Maccagni, F. M.; Kleiner, D.; Kamphuis, P.; Hugo, B. V.; de Blok, W. J. G.; Andati, L. A. L.; MeerKATHI collaboration
Pipeline Calibration and Imaging for the ALMA Observatory 639 Masters, J. S.; Sugimoto, K.; Kent, B. R.; Indebetouw, R.; Brogan, C.; Hunter, T.; Kepley, A.; Hibbard, J.; Nakazato, T.; Kosugi, G.; Ezawa, H.; Yoshino, A.; Hayashi, Y.; Castro, S.; Pouzols, F.; Williams, S. J.; Geers, V. C.; Muders, D.; Wyrowski, F.
ESO VLT/I Pipeline Packaging System for Releases {\textendash} the Complexity Behind Releasing 20+ Pipelines 643 García–Dabó, C. E.; Szostak, A.
CALACS: The 17 Year Evolution of a Space Telescope Data Pipeline 647 Desjardins, T. D.
Data Mining the Kilo–Degree Survey for Solar System Objects 651 de Vries, Y. A.; Verdoes Kleijn, G. A.; Frantseva, K.; Mahlke, M.
Automated SpectroPhotometric Image REDuction (ASPIRED) 655 Lam, M. C.; Smith, R. J.; Steele, I. A.
Apercal - The Apertif Imaging Survey Data Calibration and
Analysis Pipeline
659 Schulz, R.; Adebahr, B.; Moss, V. A.; Adams, E. A. K.; de Blok, W. J. G.; Denes, H.; Dijkema, T. J.; Hess, K. M.; van Hulst, J. M. d.; Kutkin, A.; Lucero, D.; Morganti, R.; Oosterloo, T.; Team Apertif
HSTCosmicrays: A Python Package for Analyzing Cosmic Rays in HST Calibration Data 663 Miles, N. D.; Deustua, S.; Tancredi, G.
The EsoReflex Workflow to Reduce ESPRESSO Data 667 Modigliani, A.; Freudling, W.; Anderson, R. I.; Lovis, C.; Sosnowska, D.; Segovia, A.
Searching for Pulsars in Extreme Orbits - GPU Acceleration of the Fourier Domain 'Jerk' Search 671 Adámek, K.; Novotný, J.; Dimoudi, S.; Armour, W.
Do More Science Faster with the PhotoDissociation Region Toolbox 675 Pound, M. W.; Wolfire, M. G.
hipeCTA - a High Performance Library for the Cherenkov Telescope Array Data Reconstruction 679 Vuillaume, T.; Aubert, P.; Jacquemier, J.; Maurin, G.; Lamanna, G.; CTA Consortium
Session XI. Other   
ExXmatch: a Tool for Extremely Fast Cross-matches 685 Pineau, F.–X.
JVO Portal: VO Data Search Using the Cache of VO Crawler and Gaia Data Viewer 689 Shirasaki, Y.; Zapart, C.; Ohishi, M.; Mizumoto, Y.
Space and Time Coverage Maps in MOCPy 693 Baumann, M.; Boch, T.; Fernique, P.; Nebot, A.; Pineau, F.–X.
Data Processing in Subaru Strategic Survey Program with Hyper Suprime-Cam 697 Furusawa, H.; Koike, M.; Mineo, S.; Yamada, Y.; Ikeda, H.; Takita, S.; Okura, Y.; Tanaka, M.; Takata, T.
Calibration of Ground Based Survey Data Using Gaia: Application to DES 701 George, K.; Vassallo, T.; Mohr, J.; Mirkazemi, M.; Israel, H.; de Jong, J. T. A.; Verdoes Kleijn, G. A.
JWST NIRISS Data Simulations and How to Use Them 705 Taylor, J. M.
DARTS/Astro Query System 709 Ebisawa, K.; Yoshino, R.; Inada, K.
The TAIPAN Software System: Enabling Multi-Object Spectroscopy via Starbug Control 713 Lorente, N. P. F.; Farrell, T. J.; Vuong, M. V.; Fernando, N.; Birchall, M. N.; Smedley, S.; Farrell, A.
Toward Fast Search and Real-Time Inputs of Big Astronomical Catalogs by the New Generation Relational Database 717 Takata, T.; Furusawa, H.; Yamada, Y.; Okura, Y.; Onizuka, M.; Suga, H.; Kurosawa, R.; Kambayashi, T.
The Road to a Science-Based Twitter Feed: Paving and White Lines with Software 721 Becker, G.; Winkelman, S.; D'Abrusco, R.
SPEX: High-Resolution Spectral Modeling and Fitting for X-ray Astronomy 725 de Plaa, J.; Kaastra, J. S.; Gu, L.; Mao, J.; Raassen, T.
Steering Starbugs- Routing Autonomous Fiber Positioners for TAIPAN 729 Fernando, N.; Bacigalupo, C.; Farrell, T. J.; Lorente, N. P. F.
COSMOdern: An HST COS Monitoring System for the Contemporary 733 Magness, C. R.; White, J.; Dashtamirova, D.; Ake, T.; De Rosa, G.; Dieterich, S.; Fischer, W. J.; Fox, A. J.; Frazer, E. M.; James, B. L.; Jedrzejewski, R.; Oliveira, C. M.; Plesha, R.; Roman–Duval, J.; Rowlands, K.; Sahnow, D. J.; Sankrit, R.; Soderblom, D.
Session XII. Focus Talks and Demo Booths   
High Impact Data Availability Using Community Standards and Tools — The Chandra Experience 739 Evans, J. D.; Burke, D.; Civano, F.; D'Abrusco, R.; Evans, I. N.; Miller, J.
Marvin: A Toolkit for Streamlined Access and Visualisation of the SDSS-IV MaNGA Data Set 743 Cherinka, B.; Andrews, B. H.; Sánchez–Gallego, J.; Brownstein, J.; Argudo–Fernández, M.; Blanton, M.; Bundy, K.; Jones, A.; Masters, K.; Law, D. R.; Rowlands, K.; Weijmans, A.; Westfall, K.; Yan, R.
GPU Acceleration of the SAGECal Calibration Package for the SKA 747 Spreeuw, H.; van Werkhoven, B.; Yatawatta, S.; Diblen, F.
CDS - Strasbourg Astronomical Data Centre 751 Allen, M. G.; Team CDS
ASTRON Computing Research and Development 755 Jansen, W.; Boonstra, A. J.; Broekema, P. C.; Coolen, A. X. C.; Dijkema, T. J.; Loose, G. M.; Mevius, M.; Pandey, V. N.; Romein, J. W.; Tol, S.; Veenboer, B.; Yatawatta, S.
Session XIII. Birds of a Feather   
Data Formats BoF 761 Mink, J.; Diaz, R. I.; Fernique, P.; Michel, L.; Louys, M.; Landais, G.
Escaping from the Herd of White Elephants 765 Noordam, J.; Grange, Y.; Teuben, P.
Accelerating Scientific Discoveries in the Modern Hardware Landscape 769 Grange, Y. G.; Oonk, J. B. R.; Dolas, S.; Gunst, A.; Veenboer, B.
Teaching our Students Astro Computing 773 Vogelaar, M.; Teuben, P.
Science Platforms: Towards Data Science 777 Taffoni, G.; Lemson, G.; Meyer–Zhao, Z.; Molinaro, M.; Morris, D.; Schaaff, A.
Future Governance of the Astrophysics Source Code Library 781 Allen, A.; Ryan, P. W.
The Future of ADASS Proceedings (II) 785 Teuben, P.; Shortridge, K.
Session XIV. Ancillary Meetings   
The 2019 ADASS/Kapteyn Youth Hackathon 791 Noel–Storr, J.; Verdoes Kleijn, G. A.; Mulder, W.; Vogelaar, M. G. R.
The International Virtual Observatory Alliance in 2019 795 Allen, M. G.; Dowler, P.; Evans, J. D.; Cui, C.; Jenness, T.; Merín, B.; Berriman, G. B.; Kavelaars, J.
Back Matter   
Back Matter 799