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