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Title: |
Astronomical Data Analysis Software and Systems XXVII
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Volume: |
522
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Year: |
2018
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View this Volume on ADS
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Editors: |
Pascal Ballester, Jorge Ibsen, Mauricio Solar, and Keith Shortridge
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ISBN: |
978-1-58381-931-9
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eISBN:
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978-1-58381-932-6
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Paper Title |
Page |
Authors |
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Volume Cover |
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Front Matter |
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Front Matter |
1 |
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Part I. Diversity and Inclusion |
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Moving Towards Greater Equity, Diversity, and Inclusion in Astronomy |
3 |
Lorente, N. P. F.; Péron, M.; Mink, J. |
Part II. Education and Citizen Science |
| |
VO for Education: Virtual and Remote Observing |
9 |
Iafrate, G.; Ranella, M. |
IAU WG, Data-Driven Astronomy Education and Public Outreach, Current Status and Working Plans |
17 |
Cui, C.; Li, S. |
A Conception of Engineering Design for Remote Unattended Operation Public Observatory |
21 |
Han, J.; Fan, D.; Cui, C.; Wang, C.; Li, S.; Mi, L.; Li, Z.; Xu, Y.; He, B.; Li, C.; Tao, Y.; Yang, S. |
Divulgation Design for the Chilean Virtual Observatory |
25 |
Ramirez, M.; Solar, M. |
Part III. HPC for Astronomy and Data Reduction |
| |
Are we There Yet? Experiences from Developing and Commissioning the High Performance Computing (HPC) System for the ASKAP Telescope |
31 |
Guzman, J. C.; Bastholm, E.; Raja, W.; Whiting, M.; Mitchell, D.; Voronkov, M.; Ord, S. |
ORCS: a Post-processing Software for the Wide Field Imaging Fourier Transform Spectrometer SITELLE |
41 |
Martin, T.; Drissen, L. |
Cosmological Simulations in Exascale Era |
45 |
Goz, D.; Tornatore, L.; Taffoni, G.; Murante, G. |
High Performance Astronomical Data Analysis towards Exascale |
49 |
Taffoni, G.; Goz, D.; Tornatore, L.; Frailis, M.; Maggio, G.; Pasian, F. |
TensorFit: A Tool to Analyze Spectral Cubes in a Tensor Mode |
53 |
Farias, H.; Solar, M.; Nunez, C. |
Towards Large-scale RoI Indexing for Content-aware Data Discovery |
57 |
Araya, M.; Caceres, R.; Gutierrez, L.; Mendoza, M.; Ponce, C.; Valenzuela, C. |
PyMUSE: a Python Package for VLT/MUSE Data |
61 |
Pessa, I.; Tejos, N.; Moya, C. |
Part IV. Human Computer Interaction |
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TOPCAT: Working with Data and Working with Users |
67 |
Taylor, M. B. |
Aladin Desktop v10: a New Interface for a Better Usage |
77 |
Gómez-Morán, A. N.; Fernique, P. |
Astroes: An Elasticsearch Plugin for Searches on the Celestial Sphere |
81 |
Vera, I.; Micol, A.; Delmotte, N.; Forchì, V.; Fourniol, N.; Hainaut, O.; Lange, U.; Khan, A. M.; Retzlaff, J.; Romaniello, M.; Sisodia, D.; Stellert, M.; Stoehr, F.; Zampieri, S. |
Multi-archive Query at the CADC: One-stop Shopping for the World's Astronomical Data |
85 |
Gwyn, S.; Willott, C.; Kavelaars, J.; Durand, D.; Fabbro, S.; Bohlender, D.; Gaudet, S.; Dowler, P.; Jenkins, D. |
ESASky v. 2.0: All the Skies in your Browser |
89 |
Merín, B.; Giordano, F.; Norman, H.; Racero, E.; Baines, D.; Salgado, J.; López-Martí, B.; Alberola, S.; López-Caniego, M.; Valtchanov, I.; de Marchi, G.; Arviset, C. |
Boosting the Science Data Discovery and Access Capabilities of the ESO Science Archive Facility |
93 |
Micol, A.; Delmotte, N.; Forchì, V.; Fourniol, N.; Hainaut, O.; Lange, U.; Kahn, A. M.; Retzlaff, J.; Romaniello, M.; Sisodia, D.; Stellert, M.; Stoehr, F.; Vera, I.; Zampieri, S. |
The MAST API: Accessing Space Telescope Data Programmatically |
97 |
Brasseur, C.; Rogers, T.; Donaldson, T.; Tollerud, E.; Smith, A.; Phillip, C. |
Spectra Analysis Software — LAMOST VIEW |
101 |
Song, Y.; Zhang, J.; Luo, A. |
Categorisations of Object Types in SIMBAD |
105 |
Oberto, A.; Loup, C.; Allen, M.; Bot, C.; Cambrésy, L; Derrière, S.; Genova, F.; Gómez-Morán, A.N.; Ocvirk, P.; Siebert, A.; Bernd, V. |
DACE: Web Page Transfer Optimizations and Faithful Data Visualizations |
109 |
Alesina, F.; Buchschacher, N.; Ségransan, D. |
Interactive Submission of Data to be Published in VizieR |
113 |
Landais, G.; Ocvirk, P.; Michel, L.; Derrière, S.; Allen, M. |
ipyaladin: Enabling Aladin Lite in Jupyter Notebooks |
117 |
Boch, T.; Desroziers, J. |
Aladin Interface to DAL Services Compliant with Most Recent DAL Protocols |
121 |
Chaitra, C.; Fernique, P.; Bonnarel, F.; Boch, T.; Yapici, I. |
The CDS Cross-match Service: Key Figures, Internals and Future Plans |
125 |
Pineau, F.; Boch, T.; Derrière, S.; Schaaff, A. |
Minimal Re-computation for Exploratory Data Analysis in Astronomy |
129 |
Nikolic, B.; Small, D.; Kettenis, M. |
Using PostgreSQL for Efficient Handling of HEALPix-based Skymaps |
133 |
Nullmeier, M. |
The Enrichment and Consolidation of the Planck Legacy Archive in its Final Release |
137 |
Colomo, E.; Fernández, M.; López-Caniego, M.; Baines, D.; Merín, B.; Salgado, J.; Arviset, C. |
ESA Heliophysics Science Archives: Interoperability through IVOA Standards |
141 |
Cook, J.; Martinez, B.; Pérez, H. H.; Fernández, M.; Teodoro, P.; Osuna, P.; Masson, A.; Arviset, C. |
3D Visualisation of Large Datasets in a Web Browser, Focus on the Server Side |
145 |
Schaaff, A.; Desroziers, J.; Adam, N.; Ouerghi, M. E.; Lespingal, P.; Steinmetz, A.; Deparis, N.; Gillet, N.; Aubert, D.; Ocvirk, P.; Pineau, F. |
Data Management in the Euclid Scientific Archive System |
149 |
Nieto, S.; Altieri, B.; Salgado, J.; de Teodoro, P.; Giordano, F.; Merín, B.; Arviset, C. |
The Data Lab Discovery Tools |
153 |
Huang, W.; Olsen, K.; Fitzpatrick, M.; Norris, P. |
Sky Viewer Investigations for LSST EPO |
157 |
Peterson, J. M.; Bauer, A. E.; Emmons, B.; Bruner, R.; Watkins, J.; Gonzalez, T.; Wellings, P. |
Using AladinLite and HiPS as a Visual Frontend in Traditional Archive Interfaces |
161 |
McGlynn, T.; Pelletier, B.; Smale, A.; McDonald, L. |
JWST FITS Keyword Dictionary |
165 |
Boyer, C. |
Proper Use of Visualisation Principles for the GUI of SKA Control Rooms |
169 |
Alberti, V.; Brajnik, G. |
Part V. Operating Large-scale Observatories |
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LOFAR: Lessons Learned from 5 Years of Operation of a Software Telescope |
175 |
Renting, G. A.; Mol, J. J. D.; Holties, H. A.; Annyas, J.; Shulevski, A. |
One Year Processing a Billion Stars for Gaia DR2, a Day-to-Day Operational Challenge |
179 |
Jean-Antoine-Piccolo, A.; Guiraud, J.; Panem, C. |
Agile Software Engineering and Systems Engineering at SKA Scale |
183 |
Santander-Vela, J. |
From ESPRESSO to the Future – Analysis of QSO Spectra with the Astrocook Package |
187 |
Cupani, G.; Calderone, G.; Cristiani, S.; D'Odorico, V.; Taffoni, G. |
A Study of the Efficiency of Spatial Indexing Methods Applied to Large Astronomical Databases |
191 |
Berriman, G. B.; Good, J. C.; Shiao, B.; Donaldson, T. |
Gaia DR2 in the Making |
195 |
Lammers, U.; Brown, A.; Gracia, G. |
Provenance as a Requirement for Large-scale Complex Astronomical Instruments |
199 |
Servillat, M.; Boisson, C.; Lefaucheur, J.; Kosack, K.; Sanguillon, M.; Louys, M.; Bonnarel, F. |
Renewing the XMM-Newton Pipeline and SAS Python Solution |
203 |
Perea-Calderón, J.; Rodriguez-Pascual, P.; Ojero-Pascual, E.; Tomás, L.; Gabriel, C. |
ALMA Road to the Clouds |
207 |
Zambrano, M.; Parra, J.; Simmonds, M.; Schemrl, A.; Arredondo, D.; Barrientos, A.; Gonzalez, N.; Malet, B. |
Tracking Integration Status: Integration Trackers and the ALMA Dashboard |
211 |
Plarre, K.; Hales, A. |
Data Structures and Algorithms for Pixel History for the Advanced Camera for Surveys Wide Field Channel |
215 |
Borncamp, D.; Bourque, M.; Grogin, N. |
Astronomical Scheduling in the Era of Big Observatories |
219 |
Toledo, I.; Martin, S.; Carrasco, R. A.; Ferrer, J. C.; Avarias, J.; Trigo, M. D.; Hoffstadt, A.; Tejeda, A. |
Part VI. Astronomy Simulation |
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Extracting Insights from Astrophysics Simulations |
225 |
Goldbaum, N. J. |
HYPERCAT- Hypercubes of AGN Tori |
235 |
Nikutta, R.; Lopez-Rodriguez, E.; Ichikawa, K.; Levenson, N. A.; Packham, C. |
CASSIS, a Complete Spectral VO-Tool Package |
239 |
Caux, E.; Boiziot, M.; Bottinelli, S.; Glorian, J.; Kovac, B.; Vastel, C. |
Chronology of Tübingen's Contributions to the Virtual Observatory |
243 |
Rauch, T.; Hoyer, D. |
Fringe Correction Wide Field Camera 3 |
247 |
Kurtz, H.; Sabbi, E.; Gennaro, M. |
Part VII. Astronomical Network and Data Center Infrastructure |
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Astronomical Network and Data Center Infrastructure in the Age of Massive Data Transfer, Docker, Agile Development, and DevOps |
253 |
Dabin, C.; Zacchei, A.; Sauvage, M. |
The CSIRO ASKAP Science Data Archive |
263 |
Huynh, M.; Dempsey, J.; Whiting, M. T.; Ophel, M. |
Image Archives Made Easy with Docker and ImageX |
267 |
Young, M.; Gopu, A.; Perigo, R.; Hayashi, S. |
International Networking in support of Extremely Large Astronomical Data-Centric Operations |
271 |
Bezerra, J.; Arcanjo, V.; Ibarra, J.; Kantor, J.; Lambert, R.; Kollross, M.; Astudillo, A.; Sobhan, S.; Jaque, i. S.; Petravick, D.; Morgan, H.; Lopez, L. |
ALMA API: a Collaborative Effort etween Software and Science department of ALMA Observatory to Provide Advanced Scientific Services under a Microservices Architecture |
275 |
Aguirre, A.; Gonzalez, S. |
SciServer: a Collaborative Workspace for Data Analysis, Sharing and Storage in the Cloud |
279 |
Taghizadeh-Popp, M.; Lemson, G.; Kim, J.; Rippin, M.; Raddick, J. |
XingFS: A Distributed File System for Astronomical Big Data |
283 |
He, B.; Fan, D.; Cui, C.; Xiao, J.; Li, C.; Li, S.; Han, J.; Tao, Y.; Mi, L. |
Data Query and Cross-matching on Distributed Database |
287 |
Fan, D.; Su, H.; Lu, Y.; He, B.; Cui, C. |
The Geographically Distributed Hybrid Cloud Computing Framework in China-VO |
291 |
Li, C.; Cui, C.; Xu, Y.; He, B.; Fan, D.; Mi, L.; Li, S.; Yang, S.; Han, J.; Chen, J.; Zhang, H.; Yu, C.; Xiao, J.; Liu, L.; Chen, X. |
Datalink in PyVO |
295 |
Demleitner, M.; Becker, S. |
Design, Build and Test of the VOEvent Network for the SVOM Chinese Ground Segment |
299 |
Zhang, M.; Huang, M.; Wu, C.; Cui, C. |
DACE: Backend Infrastructure for Data Transfer, Storage, Exchange and Computations through the Web Platform |
303 |
Buchschacher, N.; Alesina, F.; Ségransan, D. |
Gaia Archive for Data Release 2: Expanding the Astronomical Phase Space |
307 |
Salgado, J.; nez, J. G.; Gutiérrez-Sánchez, R.; Segovia, J. C.; Durán, J.; Racero, E.; Bakker, J.; Mora, A.; Baines, D.; Merín, B.; Arviset, C. |
Describing Astronomical Time Series in VizieR |
311 |
Derrière, S.; Boch, T.; Gómez-Morán, A. N.; Landais, G. |
Challenges of Standardizing and Supporting ITC Services in a Widely Distributed Project: ITC Design of the LSST Summit-Base Complex |
315 |
Kantor, J.; Lambert, R.; Huffer, M.; Johnson, A.; Lim, K.; Dubois-Felsmann, G.; Schumacher, G.; Withers, A.; Domagala, P.; Petravick, D.; Goodenow, I. |
Distributed Real-time Data Stream Analysis for CTA |
319 |
Brügge, K.; Egorov, A.; Bockermann, C.; Morik, K.; Rhode, W. |
Docker-based Implementation for an Astronomical Data Analysis Cloud Service |
323 |
Diaz, M.; Araya, M.; Jauregui, C.; Valenzuela, C.; Pizarro, L.; Osorio, M.; Solar, M. |
Interoperable Geographically Distributed Astronomical Infrastructures: Technical Solutions |
327 |
Bertocco, S.; Major, B.; Dowler, P.; Gaudet, S.; Taffoni, G.; Pasian, F. |
Data Delivery Architecture for MeerKAT and the SKA |
331 |
Aikema, D.; Frank, B.; Simmonds, R.; Grange, Y.; Sánchez-Expósito, S.; Gaudet, S.; Goliath, S. |
Agile Development of Science Operations: The Solar Orbiter Experience |
335 |
Garcia-Reinaldos, M.; Marcos, J.; Sánchez, L. |
A New Reporting Web Application for IVOA Services Validation |
339 |
Savalle, R.; Sidaner, P. L.; Normand, J. |
Managing Data Storage for Large Volume Instruments: Experience with Hyper Suprime-Cam at Subaru Telescope |
343 |
Jeschke, E.; Kackley, R.; Inagaki, T. |
SciServer: a collaborative workspace for data analysis, sharing and storage in the cloudResource Access Control in SciServer |
347 |
Lemson, G.; Rippin, M.; Taghizadeh-Popp, M.; Kim, J. W. |
Use of Docker for Deployment and Testing of Astronomy Software |
351 |
Voutsinas, S.; Morris, D.; Hambly, N. C.; Mann, R. G. |
The Hubble Space Telescope Advanced Camera for Surveys Quick-Look Application |
355 |
Bourque, M.; Ogaz, S.; Viana, A.; Durbin, M.; Grogin, N. |
Using Containers to Deploy Services on Arbitrary External Infrastructure |
359 |
Major, B.; Ouellette, J. |
Birds of a Feather Session on Science Platforms |
363 |
O'Mullane, W.; Sosey, M.; Siddiqui, H.; Dubois-Felsmann, G.; Lemson, G.; Arviset, C.; Fitzpatrick, M.; Momcheva, I.; Fabbro, S.; Major, B. |
Birds of a Feather Session on Software Metadata: How Much is Enough? |
367 |
Allen, A.; Teuben, P.; Berriman, G. B.; DuPrie, K.; Shortridge, K.; Warmels, R. H. |
ESAC Science Archives and ESASky |
371 |
Arviset, C.; Baines, D.; Arevalo, M.; Barbarisi, I.; Besse, S.; de Marchi, G.; Fernandez, M.; Martinez, B.; Masson, A.; Merín, B.; Salgado, J.; Sarmiento, M. H. |
Part VIII. Machine Learning |
| |
Astroinformatics: a New Disciplin or Business as Usual? |
377 |
Polsterer, K. L. |
Convolutional Neural Networks in Astronomy, and Applications for Diffuse Structure Discovery |
381 |
Peek, J. E. G.; Jones, C. K.; Hargis, J. |
Machine Learning Approaches for Detection and Classification of Astrochemical Spectral Lines |
385 |
Barrientos, A.; Solar, M.; Mendoza, M. |
The Application of Machine Learning Methods in the CADC's Advanced Search Service |
389 |
Teimoorinia, H.; Kavelaars, J.; Gwyn, S.; Durand, D.; Willott, C. |
Stellar Parameters with Deep Learning |
393 |
Fabbro, S.; Venn, K.; O'Briain, T.; Bialek, S.; Kielty, C.; Jahandar, F.; Monty, S. |
Novelty Detection in Search of Anomalous Objects within the WISE All Sky Survey |
397 |
Solarz A., Bilicki M., Pollo A. |
Application of Artificial Neural Networks for the Automatic Stellar Spectral Classification |
401 |
Villavicencio-Arcadia, E.; Navarro, S. G.; Corral, L. J. |
Neural Networks for Estimating Galaxy Redshifts from a Multi-Band Photometric Astronomical Survey |
405 |
Muralikrishna, A.; Junior, W. A. d. S.; dos Santos, R. D. C. |
Clustering Analysis on LAMOST Galaxy Spectra |
409 |
Zhang, J.; Zhang, X.; Wu, Y.; Chen, X. |
Multiframe Blind Image Deconvolution using BKWV and TREG Estimators |
413 |
Gauci, A.; Abela, J.; Cachia, E.; Hirsch, M.; Adami, K. Z. |
Smart Control of Monte Carlo Simulations for Astroparticle Physics |
417 |
Bunse, M.; Bockermann, C.; Buss, J.; Morik, K.; Rhode, W.; Ruhe, T. |
Automated Spectral Classification of Galaxies using Machine Learning Approach on Alibaba Cloud AI platform (PAI) |
421 |
Tao, Y.; Zhang, Y.; Cui, C.; Zhang, G. |
AstroCV - A computer Vision Library for Astronomy |
425 |
González, R. E.; Muñoz, R. P. |
Measurement/Simulation Mismatches and Multivariate Data Discretization in the Machine Learning Era |
431 |
Börner, M.; Hoinka, T.; Meier, M.; Menne, T.; Rhode, W.; Morik, K. |
Athena X-IFU Event Reconstruction: Extreme Learning Machine Approach |
435 |
Ceballos, M. T.; Cobo, B. |
Birds of a Feather Session on Machine Learning in Astronomy |
439 |
Polsterer, K. L. |
Part IX. Algorithms and Software for Radio |
| |
New Challenges in Radio Interferometry |
445 |
Kern, J. S. |
Deep Learning for Supernova Remnants Detection and Localization |
451 |
Liu, W.; Yu, X. C.; Wang, B. Y. |
Combining Single Dish and Interferometric Data: a New Tool in CASA |
455 |
Teuben, P.; Koda, J. |
A Robust and Fast Algorithm for ALMA Local Oscillator Power Amplifiers Optimization |
459 |
Siringo, G. |
A Public Data Archive for the Italian Radio Telescopes |
463 |
Zanichelli, A.; Knapic, C.; Simona, R.; Mauro, N.; Stagni, M.; Bedosti, F.; Bartolini, M.; Sponza, M.; Orlati, A.; Smareglia, R. |
High-performance Pipeline Processing for ASKAP |
469 |
Whiting, M. T. |
Skynet's Suite of Processing Algorithms for Single-dish Radio Telescopes |
473 |
Martin, J.; Reichart, D.; Dutton, D.; Maples, M.; Berger, T.; Haislip, J. |
Improved Acceleration of the GPU Fourier Domain Acceleration Search Algorithm |
477 |
Adámek, K.; Dimoudi, S.; Giles, M.; Armour, W. |
Implementation of a New Code Generator, Based on Eclipse Modeling Framework, for the Antennas Control Devices of the ALMA and LLAMA Observatories |
481 |
Martínez, C.; Avarias, J.; Galeas, P. |
The NOEMA Correlator Software |
485 |
Broguière, D.; Blanchet, S.; Chavatte, P.; Garcia, R. G.; Gentaz, O. |
Part X. Open-source Software |
| |
Community-oriented Programming in Astronomy: Astropy as a Case Study |
491 |
Tollerud, E. J. |
It's a Long Way... from Private Ground-based Gamma-ray Data to Public Release: Open-data, Open-source Tools, First Real TeV Data Release from H.E.S.S. |
497 |
Boisson, C.; Contreras, J. L.; Deil, C.; Hassan, T.; Jouvin, L.; Khelifi, B.; King, J.; Lefaucheur, J.; Mohrmann, L. |
Wrapping and Deploying Legacy Astronomical Code into Python Environments: an Applied Case Study |
501 |
Villanueva, M.; Valenzuela, C.; Sanchez, M.; Araya, M. |
A Heterogeneous Fusion System for Astronomical Data |
505 |
Zhang, Y.; Han, B.; Zhong, S.; Zhao, Y. |
The Exoplanet Characterization Toolkit |
509 |
Hill, M. J.; Lewis, N.; Stevenson, K.; Fraine, J.; Batalha, N.; Bruno, G.; Filippazzo, J.; Fowler, J.; Pueyo, L.; Rajan, A.; Valenti, J.; Wakeford, H. |
ATACAMA, A Tool seArChing for lArge lyMan Alpha Nebula |
513 |
Hibon, P.; Thomas, R. |
Conceptualizing Astronomic Spaces |
517 |
Kollasch, F.; Kuhn, W. |
Stingray Software The Code of the Spectral-timing Revolution: Black Holes, a Library, and a GUI |
521 |
Migliari, S.; Balm, P.; Vallés, R.; Bachetti, M.; Huppenkothen, D.; Stevens, A.; Guainazzi, M.; Kuulkers, E. |
Gammapy – an Open-source Python Package for γ-Ray Astronomy |
525 |
Lefaucheur, J.; Deil, C.; Donath, A.; Jouvin, L.; Khélifi, B.; King, J. |
GDL Today: Reaching a Viable Alternative to IDL |
529 |
Duvert, G.; Coulais, A.; Schellens, M. |
Spectroscopic Data Reduction Pipeline for the Goodman High Throughput Spectrograph |
533 |
Torres-Robledo, S.; Briceño, C.; Quint, B.; Sanmartim, D. |
Data Reduction Tools for Fabry-Perot Observations at the SOAR Telescope |
537 |
Quint, B.; Amram, P.; Mendes de Oliveira, C. |
Modern Python at the Large Synoptic Survey Telescope |
541 |
Jenness, T. |
Provenance Tools for Astronomy |
545 |
Sanguillon, M.; Bonnarel, F.; Louys, M.; Nullmeier, M.; Riebe, K.; Servillat, M. |
Using the PLC and Modern Algorithms to Detect Clustering and Associations in Nearby Galaxies |
549 |
Feinstein, C.; Baume, G.; Rodríguez, M.; Vergne, M. |
Gemini and IRAF Data Reduction Software in AstroConda |
553 |
Turner, J. E. H.; Hunkeler, J. S.; Labrie, K. |
Part XI. Observatory Operations Software |
| |
Quality Software: What does it Mean? |
559 |
Rees, N. |
Building the Software Test and Integration Lab for the Thirty Meter Telescope: a Cloud-based Approach |
567 |
Laity, A. C.; Bennett, C. L.; Burt, W.; Harbut, M.; Imel, D.; Joliet, E.; Ramirez, S.; Schurr, S. D.; Swain, M. A. |
Software Simulation of Instrumental Hardware at AAO |
571 |
Shortridge, K.; Farrell, T. |
The Evolution of the Simulation Environment in the ALMA Observatory |
575 |
Shen, T.; Soto, R.; Saez, N.; Velez, G.; Staig, T.; Sepulveda, J.; Saez, A.; Ovando, N.; Ibsen, a. J. |
Deep MUSE Datacubes for the Community |
579 |
Hanuschik, R.; Coccato, L.; Dobrzycka, D.; Wolff, B. |
DRAGONS: One Pipeline to Rule them All |
583 |
Labrie, K.; Cardenes, R.; Anderson, K.; Simpson, C.; Turner, J. E. H. |
Optimisation of the Night Time at the Canada-France-Hawaii Telescope |
587 |
Devost, D.; Mahoney, B.; Moutou, C.; Manset, N.; Burdullis, T. |
The Recalibration of the UVES-POP Stellar Spectral Library |
591 |
Borisov, S.; Chilingaria, I. V.; Rubtsov, E.; Ledoux, C.; Melo, C.; Grishin, K. |
Data Accounting Checks in Gaia Processing |
595 |
Siddiqui, H.; van Reeven, W.; Pozo, E. d.; Osinde, J.; Guerra, R.; Hutton, A.; Cheek, N. |
Using JSON Schemes in a Microservice Context for the SVOM Mission |
599 |
Michel, L.; Formica, A.; Févre, J. L.; Meesen, C.; Zurbach, C. |
Supervised Classification of Software Problem Reports Characterized by Error Log Profiles |
603 |
Miranda, N.; Gil, J. P. |
A Novelty Method for Delay Detection based on Software Logs |
607 |
Gil, J. P.; Russo, B.; Avila, A. |
ALMA Software Building and Testing Procedures: Efforts towards Continuous Integration and Deployment |
611 |
Hoffstadt, A. A.; Cornejo, S. R. |
The Heliophysics Coverage Registry: An Integrated Metadata System for Coordinated, Multi-mission Solar Observatories |
615 |
Hurlburt, N.; Timmons, R.; Seguin, R. |
Service Oriented Architecture for Archive Replication |
619 |
Durand, D.; Dowler, P.; Gaudet, S.; Major, B.; Durán, J.; B.McLean; Hargis, J.; Oberdof, O. |
Quick and Accurate Data Reduction for Intermediate-resolution Echelle Spectrographs at Magellan |
623 |
Chilingarian, I. V. |
Monitoring of ALMA ONLINE Production Environment |
627 |
Garcés, M.; Antognini, J.; Reveco, J.; Shen, T. |
The High Level Data Reduction Library |
631 |
Gabasch, A.; Modigliani, A.; Salmistraro, M.; Escartin, J. A.; Neeser, M. J.; Moehler, S.; Freudling, W. |
Gemini Observatory Operations and Software for the 2020s |
635 |
Miller, B. W.; Stephens, A. W.; Nuñez, A. |
The ALMA Re-imaging Project Study |
639 |
Stoehr, F.; Massardi, M.; Richards, A.; Gianetti, A.; Liuzzo, E.; Burkutean, S.; Rygl, K.; Bonato, M. |
Notifications Design |
643 |
DuPrie, K.; Cortese, A. |
LSST Camera Electronic Traveler System for Tracking Test Procedures, Data, and Hardware |
647 |
Dubois, R.; Bogart, J. R.; Borgland, A. W.; Chiang, J.; Focke, W. B.; Glanzman, T.; Johnson, A. S.; Kelly, H. M. |
The XMM-Newton Data Processing Services for the Science Archive |
651 |
Ibarra, A.; Sarmiento, M.; Colomo, E.; Loiseau, N.; Gabriel, C. |
A Quarter-century (Almost) of Spectra from FAST |
655 |
Mink, J.; Rhee, J.; Moran, S.; Brown, W. |
Gemini Observatory Quality Assessment Pipeline (QAP) |
659 |
Anderson, K.; Labrie, K.; Simpson, C.; Turner, J. E. H. |
Revisiting the Real-time Requirements for the ALMA Control System |
663 |
Amestica, R.; Brandt, P.; Marson, R.; Rosen, R.; Whiteis, P. |
Next Generation GMRT Monitor and Control System |
667 |
Kodilkar, J.; Kumthekar, V.; Uprade, R.; Kanade, C.; Katore, S.; Bhong, D.; Sherkar, S.; Nayak, S.; Gupta, Y.; Thigale, K.; Amin, B.; Pritesh, A.; Khatri, K.; Rajas, G.; Sarojini, B.; Patwari, P.; Banerjee, A.; Chaudhuri, S.; Swaminathan, N. |
Pigwidgeon: Publication Tracking Software for Observatories |
671 |
Graves, S. F. |
A Tool to Visualize Antenna Movements Based on Operational Data |
675 |
Carrasco, S.; Gil, J. P.; Galeas, P. |
Design of JWST Associations: Automated Generation of Combined Products |
679 |
Alexov, A.; Swade, D.; Bushouse, H.; Diaz, R. I.; DuPrie, K.; Eisenhamer, J.; Hack, W.; Kyprianou, M.; Levay, K.; Rahmani, C.; Swam, M.; Valenti, J. |
JWST Data Management Subsystem Operations: Receiving, Processing, and Archiving JWST Data |
683 |
Kaleida, C.; Kyprianou, M.; Burger, M.; Abney, F. |
Unified Approach for Software Verification and Scientific Validation of the JWST Calibration Pipeline |
687 |
Diaz, R. I.; Hill, M. |
Birds of a Feather Session on Astronomical Data Representation Formats |
691 |
Mink, J. |
Part XII. Miscellaneous |
| |
The SPARTAN Project : Combining Photometry and Spectroscopy in Galaxy Template Fitting |
695 |
Thomas, R. |
SkZpipe: A Python3 Module to Produce Efficiently Accurate PSF-Fitting Photometry with DAOPhot, and Much More |
699 |
Mauro, F. |
Discover and Access GAPS Time Series Prototyping for Interoperability |
703 |
Molinaro, M.; Benatti, S.; Bignamini, A.; Claudi, R. |
What can Open Clouds do for Astronomy? Interaction between the ASTERICS and EOSC Projects |
707 |
Pasian, F.; Bertocco, S.; Holties, H.; van Meer, R. d.; Molinaro, M.; Taffoni, G.; Vermeulen, R.; Vuerli, C. |
Asclepias: An Infrastructure Project to Improve Software Citation across Astronomy |
711 |
Muench, A.; Accomazzi, A.; Nielsen, L. H.; Blanco-Cuaresma, S.; Henneken, E. A.; Ioannidis-Pantopikos, A.; Nowak, K.; Steffen, J. |
MAXI and CALET Archives at DARTS |
715 |
Ebisawa, K.; Sugawara, Y.; Tomida, H.; Ueno, S.; Furusho, T.; Nakahira, S.; Sugizaki, M.; Mihara, T.; Shidatsu, M.; Negoro, H.; Nakagawa, Y.; Serino, M.; Yoshida, A.; Sakamoto, T.; Kawakubo, Y.; Yamaoka, K.; Torii, S.; Asaoka, Y.; Angelini, L. |
PDS4 LDDTool — Gateway to Information Modeling |
719 |
Raugh, A. C.; Hughes, J. S. |
cleanest: Useful Legacy Code for Cosmic Ray Removal |
723 |
Cardiel, N. |
The Authentication and Authorization INAF Experience |
727 |
Tinarelli, F.; Zorba, S.; Knapic, C.; Jerse, G. |
The Astrophysics Source Code Library: What's New, What's Coming |
731 |
Allen, A.; Berriman, G. B.; DuPrie, K.; Mink, J.; Nemiroff, R.; Ryan, P. W.; Schmidt, J.; Shamir, L.; Shortridge, K.; Taylor, M.; Teuben, P.; Wallin, J.; Warmels, R. H. |
Virtualization of the SOC XMM-Newton Real Time System |
735 |
Quero, J. A.; Munoz, J. R. |
Using GWCS to Create the World Coordinate System Models for JWST Wide Field Slitless Modes |
739 |
Sosey, M.; Dencheva, N. |
Back Matter |
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Back Matter |
743 |
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