Poster Programme
Poster Theme 1. Multi-wavelength astronomy
P1.1
Yang Xu —
A multi-size convolutional neural network for the recognition of optical transient
P1.2
Marina Shatskaya —
Data Processing Center for space VLBA missions
P1.4
Andrey Andrianov —
Computational aspects of Space-VLBI missions (“Radioastron” and “Millimetron”)
P1.5
Daniel Omar Avila Rojas —
Monitoring Radio Galaxies with HAWC
P1.6
Martin Kuemmel —
Working with the SExtractor++ software
P1.7
Fabrizio Lucarelli —
The AGILE gamma-ray legacy archive and the "user-friendly" AGILE-LV3 web tool integrated in the ASI-SSDC MWL environment.
P1.8
Jeremie Ansart —
Scientific Challenges: Full-size integration tests of the Euclid Science Ground Segment
P1.9
Jasper Postema —
Combining on-line resources & databases to asses the Near-Earth Object potential of the BlackGEM Tel
P1.10
Simon O'Toole —
Data Central for Survey Teams
P1.11
Michal Pawlak —
Varaible Stars in the ASAS-SN and APOGEE Surveys
Poster Theme 2. Open data access/provisioning
P2.1
Marco Molinaro —
Integrating the VO framework in the EOSC
P2.2
Markus Demleitner —
Space-Time Coverage in the VO Registry
P2.3
Olga Zhelenkova —
Migration of a living observation archive to a software-defined storage
P2.4
Kenny Lo —
Scaleable Python Implementation of Image Cutout Service
P2.5
Sébastien Derriere —
Coverage and lacunarity of astronomical datasets
P2.6
Mireille Louys —
Implementation feedback of the IVOA Provenance data model
P2.7
Mark Taylor —
Web SAMP and HTTPS: What to do?
P2.8
Gilles Landais —
DOI registration for catalogs published in VizieR
P2.9
Satoshi Eguchi —
The recent developmental status of SNEGRAF: a web-based gravitational wave signal analyzer
P2.10
Eduardo Balbinot —
A catalogue of Galactic globular clusters
P2.11
Valeria Di Felice —
Cosmic Ray data at the ASI Space Science Data Center
P2.12
Tamara Civera Lorenzo —
OAJ web portals: from observations scheduling to data access and visualization
P2.15
Anais Oberto —
Retrieving Complex Data in TAP services
P2.17
Sarah Weissman —
Updates to the MAST DOI Infrastructure
P2.18
Philippe Salomé —
ALMA Remote Mining Experiment (ARTEMIX)
P2.19
André Schaaff —
IVOA Data Curation and Preservation IG effort around DOIs in astronomy
P2.20
Thomas Boch —
hips2fits: fast generation of FITS cutouts from HiPS image datasets
Poster Theme 3. Data science challenges: tools from statistics to machine learning
P3.1
Travis Stenborg —
Machine learning autoclassification of candidate variable stars in Python
P3.2
Emmanuel Joliet —
Control any telescope with Firefly visualization tool and machine learning
P3.3
Bruno Merín —
Machine learning experiments at the ESAC Science Data Centre
P3.4
Gerard Lemson —
Six Dimensional Streaming Algorithm for Cluster Finding in N-Body Simulations
P3.5
Albert Jan Boonstra —
Streamlining LOFAR System Health Management
P3.6
Lucas Bignone —
Non Parametric morphologies of galaxies in the EAGLE simulation
P3.7
James Nightingale —
PyAutoFit: An Open-Source Framework for Automated Bayesian Inference
P3.8
Gaofei Zhu —
Pixel-Level Solar Filaments Segmentation Based on Deep Learning
P3.9
Petr Skoda —
VO-supported active deep learning as a new methodology for the discovery of objects of interest in
P3.10
Amanda Ibsen —
Prompt detection of super-luminous supernovae with deep learning
P3.12
Peter Teuben —
Science Mining the ALMA Archive
P3.14
Mohamad Dia —
Galaxy Image Simulation Using Progressive GANs
P3.15
Yunfei Xu —
X-Ray Source Detection of Einstein Probe Satellite Data based on Deep Learning
P3.16
Fred Lahuis —
The Horizon-2020 ExoplANETS_A project: advancing the field of exoplanet science
P3.17
Gabriel Molina —
Can we interpret machine learning? An analysis of exoplanet detection problem.
P3.19
Luciano Baldassi —
Identifying exoplanets from Kepler light curves: a partial replication of a deep learning study by
P3.20
Claudia Comito —
HeAT: a High-Performance-Computing library for Scientific Big Data Analytics
P3.21
Pius Nyanumba —
Machine Learning: Gaussian Process Modelling in Rotation Measure synthesis
P3.22
Onur Şatır —
Variable Star Identification Using Machine Learning: ROTSEIIId Variable Star Catalogue
Poster Theme 4. Data visualisation from line plots to augmented & virtual reality
P4.1
Emanuel Ramirez —
Towards a new Astronomical Data Analysis Workflow: A Virtual and Augmented Reality approach.
P4.2
Maria Arevalo Sanchez —
Aiding the Science Return of Astronomical Time-Series Data: The HCV Explorer
P4.3
Kuo-Song Wang —
CARTA: Cube Analysis and Rendering Tool for Astronomy
P4.4
Youngjoo Kim —
Analysis of Stellar Chemical Abundance Space with F-LMDS
P4.5
Angus Comrie —
Efficient data processing for large image cube visualization
P4.6
Alexander Sivitilli —
Virtual Reality and Immersive Collaborative Environments: the New Frontier for Big Data Visualisation
P4.7
Peter Williams —
Interactive Figures in the AAS Journals
P4.8
Jiwoo You —
Efficient Tree Construction for Hierarchical Representation of Astronomical Images
P4.9
Venustiano Soancatl Aguilar —
Visualising Virtual Observatory Data in Digital Planetaria
Poster Theme 5. Delivering accessible and science-ready radio data
P5.1
Hanno Holties —
ALTA, The APERTIF Long Term Archive
P5.2
James Dempsey —
8 years of the Parkes Pulsar Data Archive
P5.3
Michael Mueller —
JWST-MIRI data-reduction pipeline: fringe correction in spectroscopic data
P5.4
George Moellenbrock —
Basis-agnostic Polarization Calibration Heuristics Support in CASA
P5.5
Bjorn Emonts —
CASA, the Common Astronomy Software Applications for Radio Astronomy
P5.6
Ryan Raba —
Common Astronomy Software Applications - 6.0
P5.7
Helga Denes —
Uncovering the gas content of galaxies with Apertif
P5.9
Baptiste Cecconi —
Adaptive Resolution Access for Low Frequency Radio Times Series and Spectrograms
Poster Theme 6. Local and global cloud infrastructure for processing and storage
P6.1
J. B. Raymond Oonk —
Pioneering the Exascale era with Astronomy
P6.4
Changhua Li —
Design of China-VO PaperData System
P6.5
Henk-Jan Zilverberg —
HPC and 24/7 mission critical workloads together on one platform with vGPU
P6.6
Michiel van Haarlem —
Building interfaces for physics and astronomy research infrastructures
P6.7
Sara Bertocco —
INAF Trieste Astronomical Observatory Information Technology Framework
P6.8
Giuliano Taffoni —
CHIPP: INAF pilot project for HTC, HPC and HPDA
Poster Theme 7. Data discovery across heterogeneous datasets
P7.2
Anne Raugh —
But What Would Users Call It? Metadata Evolution in the Planetary Data System
P7.3
Clara Brasseur —
MAST APIs: Present to Future
P7.4
David Rodriguez —
The ExoMAST Portal: An Exoplanet Focused View into MAST Data
P7.5
Yann Bisch —
A new textual search engine to discover VizieR catalogues
P7.6
Jake Noel-Storr —
Preparing Future Generations For and With Astronomical Data Analysis
P7.7
Sinh Thong —
Initial Conception and Development of a Tool to Abstract Access to Multiple Astronomical Datastores
P7.8
Chaitra Chaitra —
Exposing SED models and snapshots via VO simulation artefacts.
P7.9
Olga Bayandina —
Big Maser Data: Methanol Maser Database
P7.10
Nicholas Cross —
Creating a Nearly All Sky Near Infrared Catalogue from WFCAM-VISTA releases
P7.11
Raffaele D'Abrusco —
The Future of astronomical archives: reaching out to and engaging broader communities
P7.12
Greg Snyder —
Community-Contributed Datasets: Recent and Future Advances at the Mikulski Archive for Space Telesco
Poster Theme 8. Telescope operations and scheduling: from classical to autonomous
P8.2
Felix Stoehr —
The new ultra-fast ALMA query-interface
P8.3
Timothy Pickering —
HALcoll: Neural Network-based Optical Collimation and Alignment at the MMT Observatory
P8.4
Reinhold Schaaf —
Observatory Control Software for CCAT-prime
P8.5
Mattia Mancini —
StationMonitor: combining different tests data to provide the overview of the LOFAR array
P8.6
Cihan Tugrul Tezcan —
DAG-OPT: Observation Proposal Tool
P8.8
Luca Rizzi —
The Data Science Initiative at the W. M. Keck Observatory
P8.9
Arno Schoenmakers —
ARTAMIS: a real-time monitor system of the WSRT based on WinCC-OA
P8.11
Marco Iacobelli —
The LAST resort: towards automatic scheduling of the LOFAR telescope.
P8.13
Sander ter Veen —
Calibration of a phased array using holography: the LOFAR case.
P8.14
Jesus Salgado —
Enabling telescopes coordinated observations using standards
P8.15
Anastasia Alexov —
An Overview of DKIST Operations Commissioning & Tools
P8.16
Andrzej Piascik —
An Astrometric Calculation Service for the Thai National Telescope
P8.17
Pablo Gutiérrez-Marqués —
Operability vs optimization in automated telescopes. Lessons learnt from robotic space exploration.
P8.18
Xavier Dupac —
Survey operations for the Euclid cosmology mission
Poster Theme 9. Evolution of software development and management
P9.1
Alberto Maurizio Chavan —
Re-engineering data processing for resilience: ALMA's new message-passing backbone
P9.2
Haisheng Zhao —
The Data Analysis of the Insight-HXMT Observation
P9.3
Kelle Cruz —
The Astropy Project: Code, Education, and Community
P9.5
Vishambhar Nath Pandey —
HPC and Big Data Management System for the LOFAR EoR Project
P9.6
Richard Hayes —
PyAutoLens: Open-source software for modeling strong gravitational lenses
P9.8
Katrina Sealey —
The Future of AAO-MQ Research Data and Software
P9.9
Nico Vermaas —
ATDB - A micro services architecture for APERTIF with Django an Python.
P9.10
Bob Eldering —
Refactoring SCHED from FORTAN to Python step-by-step.
P9.11
Teake Nutma —
Managing the Euclid data model
P9.12
Cees Carels —
Development of production-ready GPU data processing pipeline software for AstroAccelerate
P9.13
Ugo Becciani —
Big data analysis and reduction on Exascale infrastructure: the AVU-GSR application in the EuroExa p
P9.14
Matthew Brown —
Keeping Things Consistent: Developing a Framework to Unify Future WMKO DRPs
P9.15
P. Wesley Ryan —
Who writes the codes that make our research sing?
P9.16
Rosa Diaz —
End-to-end validation framework
P9.17
Keith Shortridge —
Compilers, languages, options, and astronomical images.
P9.18
Sara Del Río García —
SOCCI: A Multi-Mission Software Engineering Platform for Science Operations
P9.19
Vlad-Haralambie Ispas —
Death to IRAF
P9.20
Sergi Blanco-Cuaresma —
Agile methodologies in teams with highly creative and autonomous members
P9.21
Thomas Jürges —
(R)Evolution: Taking LOFAR\'s M&C into the 2020s
P9.22
Lee Quick —
My year of Agile, a middle management perspective
Poster Theme 10. Data processing pipelines
P10.1
Arancha Delgado —
Exploratory studies on how to improve Gaia astrometry for bright sources
P10.2
Jose Vicente Perea-Calderon —
The XMM-Newton Pipeline. 20 years of mission processed in 5.5 days
P10.3
Juan Carlos Guzman —
The Rialto Project: Software Prototyping for the SKA Science Data Processor based on Australian Precursor technologies.
P10.4
Kathleen Labrie —
Time Domain Astronomy with DRAGONS at Gemini Observatory
P10.5
Matthew Bourque —
The James Webb Space Telescope Quicklook Application (JWQL)
P10.6
Maohai Huang —
Self-describing Portable Dataset Container
P10.7
William Vacca —
The Data Reduction Pipeline for FIFI-LS, the MIR Integral Field Spectrograph for SOFIA
P10.8
Min-Su Shin —
Applications of multiple DBMSs and algorithms for time-domain astronomy
P10.9
Fabio Castagna —
PREPROFIT - PREssure PROfile FIT for galaxy clusters in Python
P10.10
Russell Shipman —
The data processing pipeline for the GUSTO mission
P10.11
Akio Taniguchi —
Statistical method of sky removal for submillimeter ultra-wideband spectrometers
P10.12
Alexandros Chalevin —
Cluster/ADAPT Interface Tool (CLAI)
P10.13
Meng Zhu —
Detection of GWAC Abnormal Light Transform Based on Sparse Autoencoder
P10.14
Recep Balbay —
DAG-MAM: EASTERN ANATOLIA OBSERVATORY METEOROLOGICAL AND ASTRONOMICAL MONITORING SYSTEM
P10.15
Brian Kent —
Pipeline Calibration and Imaging for the Very Large Array
P10.16
Stephen Gwyn —
Stacking the Suprime-Cam image archive at the CADC
P10.17
Chao Wu —
Real-time Transient Search from data Stream of survey
P10.18
Aard Keimpema —
Efficient remote interactive pipelines using CASA and Jupyter
P10.19
Howard Bushouse —
The JWST Science Calibration Pipeline
P10.20
Des Small —
VLBI data processing with CASA
P10.21
Hien Tran —
Transitioning the Hubble Legacy Archive (HLA) to Normal Pipeline Operations
P10.22
Mark Wieringa —
ASKAP Pilot Survey Processing Pipeline Readiness
P10.23
Eleanor Sansom —
From OSIRIS-REx to FireOPAL - calculating orbits using a distributed ground based camera network
P10.24
Mo Zhang —
VOEvent processing pipelines for SVOM Chinese Science Ground Segment
P10.25
Alan Loh —
Data management and computing services for the NenuFAR telescope
P10.26
Kinga Albert —
Metadata and its importance in SO/PHI\'s on-board data processing
P10.27
Karl Kosack —
Cherenkov Telescope Array: From High-Energy Astrophysics to an Astronomical Observatory
P10.28
Sebastiaan van der Tol —
Estimating continuous direction-dependent gain screens from radio interferometric visibilities and a
P10.29
Bart Scheers —
Dataspex, big data management solutions for astronomy
P10.30
Marco Fumana —
pandora.vipgi: quick, but not dirty, spectroscopic reduction pipeline
P10.31
Laurence Routledge —
Developing and Improving the ELT/HARMONI Science Simulation Pipeline, HSIM
P10.32
Beatriz Cobo Martín —
Short pulse processing in TES detectors (study case for Athena/X-IFU)
P10.33
Matthias Fuessling —
A model-based Software Architecture Approach for the Cherenkov Telescope Array
P10.34
Willeke Mulder —
Precision calibration software system for Euclid\'s ground-based imaging data
P10.35
Aleksandar Shulevski —
The AARTFAAC-12 calibration and imaging pipeline
P10.36
Mohammad Shameoni Niaei —
COSMILOG: A Cosmic Ray Logger
P10.37
Josh Veitch-Michaelis —
RASCAL: Towards automated spectral wavelength calibration
P10.39
Karan Vahi —
Gearing the DECam Analysis Pipeline for Multi-Messenger Astronomy using Pegasus Workflows
P10.40
Gyula I. G. Jozsa —
MeerKATHI - an end-to-end data reduction pipeline for MeerKAT and other radio telescopes
P10.41
Joe Masters —
Pipeline Calibration and Imaging for the ALMA Observatory
P10.42
César Enrique García Dabó —
ESO VLT/I pipeline packaging system for releases – the complexity behind releasing 20+ pipelines at
P10.43
Martin Melchior —
Scheduling the Euclid Pipeline in the Ground Segment Processing Infrastructure
P10.44
Tyler Desjardins —
CALACS: The Seventeen Year Evolution of a Space Telescope Data Pipeline
P10.45
Ylse Anna de Vries —
Data mining the Kilo-Degree Survey for Solar System objects
P10.46
Marco Lam —
Automated SpectroPhotometric Image REDuction (ASPIRED) Pipeline
P10.47
Robert Schulz —
Apercal - The Apertif Imaging Survey data calibration and analysis pipeline
P10.48
Nathan Miles —
HSTCosmicrays: A python-based package for analyzing cosmic rays
P10.49
Andrea Modigliani —
The EsoReflex Workflow to reduce ESPRESSO data
P10.50
Karel Adamek —
GPU acceleration of Fourier domain \"jerk\" search
P10.52
Leon Oostrum —
The Apertif real-time radio transient pipeline
P10.54
Yihan Song —
A light weight message queue system
P10.55
Thomas Vuillaume —
hipeCTA: a high performance library for the Cherenkov Telescope Array data analysis
Poster Theme 11. Other
P11.1
Yuji Shirasaki —
JVO portal : VO data search using the cache of VO crawler and Gaia data viewer
P11.2
Luis Valero Martin —
DEAVI: A new tool to analyze Gaia and Herschel data
P11.3
Matthieu Baumann —
Space and Time coverage maps in MOCPy
P11.4
Hisanori Furusawa —
Data Processing in Subaru Strategic Survey Program with Hyper Suprime-Cam
P11.5
Koshy George —
Calibration of ground based survey data using Gaia: Application to DES
P11.6
Jean-Christophe Malapert —
Mizar, a GIS web application for planets and the celestial sphere
P11.8
Joanna Taylor —
JWST Data Simulations and How to Use Them
P11.9
Ken Ebisawa —
DARTS/Astro Query System
P11.10
Nuria Lorente —
The TAIPAN Software System: enabling multi-object spectroscopy via Starbug control
P11.11
Tadafumi Takata —
Fast search and real-time inputs of big astronimical catalogs by the new generation relational datab
P11.12
Mengxin Wang —
Stellar population analysis on the stacked spectra of double-peaked emission-line galaxies
P11.13
Mark Allen —
The International Virtual Observatory Alliance in 2019
P11.14
Glenn Becker —
The Road to a Science-Based Twitter Feed: Paving and White Lines with Software
P11.15
Jelle de Plaa —
SPEX: High-resolution spectral modeling and fitting for X-ray astronomy
P11.16
Nuwanthika Fernando —
Steering Starbugs- Routing Autonomous Fibre Positioners for TAIPAN
P11.17
Camellia Magness —
COSMOdern: An HST COS Monitoring System for the Contemporary