DASH 2024 Scientific program - IHDEA

Data Analysis and SOFTWARE in Heliophysics (DASH)

Time zone: CEST, Madrid time

Monday 14 Oct. 2024
09:30	09:45	Welcome to ESAC
09:45	10:45	Keynote: DASH actual and future challenges (C. Arviset, ESA)
10:45	11:15	Open discussion on big data analysis, open science implementation and long-term archiving
11:15	11:45	Coffee break/poster installation
11:45	13:15	Modern technologies in heliophysics: large language models and supercomputing
13:15	14:30	Lunch
14:30	16:00	Mission-specific data pipelines
16:00	16:30	Coffee break & Posters
16:30	18:00	Expert talk: Machine learning in space weather forecasting (E. Camporeale + discussion)

Tuesday 15 Oct. 2024
09:45	10:45	Keynote: Virtual Space Weather Modelling Center software architecture challenges (C. Verbeke, KU Leuven)
10:45	11:15	Open discussion on interconnected simulation services
11:15	11:45	Coffee break & posters
11:45	13:15	Software discovery in the era of Open Science
13:15	14:30	Lunch
14:30	16:00	Open validation in heliophysics & space weather modelling
16:00	16:30	Coffee break & posters
16:30	18:00	Multi-mission data tools and analysis

Wednesday 16 Oct. 2024
09:45	10:45	Keynote: Challenges and triumphs of end-to-end data systems in support of auroral science (E. Spanswick, Univ. Calgary)
10:45	11:15	Open discussion on lowering the barrier to data access and data analysis
11:15	11:45	Coffee break & posters
11:45	13:15	Providing data analysis software to non-programmer scientists
13:15	14:30	Lunch
14:30	16:00	General session
16:00	16:30	Coffee break & posters
16:30	18:00	Open discussion + announcement of the next DASH meeting

Monday 14 October 2024

Session 1: Modern technologies in heliophysics: large language models and supercomputing
Conveners: Jorge Amaya (ESA) and Shawn Polson (LASP)

Oral session
09:45 10:45 11:45	10:45 11:15 12:00	Christophe All Anthony	Arviset Buonomo	Keynote: DASH, actual and future challenges Open discussion Large Language Models-Assisted Heliophysics Metadata Curation
12:00	12:15	Francisco	Rivas	Cancelled
12:15	12:30	Shawn	Polson	PyHC-Chat: A Chatbot for the Python in Heliophysics Community
12:30	12:45	George	Miloshevich	Harnessing High-Performance Computing and AI/ML for Advanced Heliophysics and Space Weather Modelling
12:45	13:00	Hernan	Asorey	ACORDE: A new supercomputing-based method to accurately assess onboard radiation risks in commercial flights
13:00	13:15	Discussion

Session 2: Mission-specific data pipelines
Convener: Bryan Harter

Oral session
14:30	14:45	Maxine	Hartnett	Event driven architecture for the IMAP SDC
14:45	15:00	Ryan	Timmons	Data management from IRIS to MUSE
15:00	15:15	Marcus	Hughes	PUNCH Science Operations Center Data Products and Software
15:15	15:30	Adam	Kubaryk	The Space Weather Prediction Testbed's Role in the Modernization of Data Pipelines at the NOAA Space Weather Prediction Center
15:30	15:45	Michael	Galloy	Near Real-time Coronal Mass Ejection Alerts for Early Warning Forecasting of Solar Energetic Particle (SEP) events
15:45	16:00	Discussion

Posters
		Ryan	Timmons	Improvements to the Heliophysics Event Knowledgebase (HEK) for Domain Extensions and Open Science
		Alisdair	Davey	Commissioning DKIST, the World’s Largest Ground-based Solar Telescope from a Data Perspective
		William	Engelke	Making Amateur Radio Data Available for Ionospheric Research
		Giuliana	De Toma	Automated Data Pipeline for the MLSO/UCOMP Polarimeter
		Kamen	Kozarev	Automated Data Exploration and Discovery of LOFAR Interferometric Solar Observations
		Veronica	Martinez	Modernizing Legacy Code: Updating the MAVEN Science Data Center for Improved Performance and Maintainability

Tuesday 15 October 2024

Session 3: Interconnected simulation services

Keynote
09:45	10:45	Christine	Verbeke	Keynote: Virtual Space Weather Modelling Center software architecture challenges (C. Verbeke, KU Leuven)

Open discussion on interconnected simulation services
Conveners: Christine Verbeke (KU leuven) and Maksym Petrenko (NASA)
10:45	11:00	Darmian	Barrous-Dume	Streamlining Data Management and Operations at CCMC with Apache Airflow for Heliophysics Research and Space Weather Forecasting
11:00	11:15	Discussion

Session 4: Software Discovery in the Era of Open Science
Conveners: Catherine Byrd (NASA) and Joe Renaud (NASA)

Oral session
11:45	11:50	C. Byrd	J. Renaud	Introduction
11:50	12:05	Daniel	Garijo	SciCode
12:05	12:20	Eric	Lopez	NASA Exoplanet Modeling and Analysis Center
12:20	12:35	Julie	Barnum	Heliophysics Software Search Interface
12:35	13:15	All		Open discussion

Session 5: Open validation in Heliophysics and space weather modelling
Conveners	Martin Reiss (NASA) and Chiu Weygand (NASA)

Oral session
14:30	14:45	Alison	Jarvis	Using NOAA's Thematic Map Product to Demonstrate Challenges in Validating Solar Feature Classification Algorithms
14:45	15:00	Martin	Reiss	An Open Platform for Ambient Solar Wind Model Validation by NASA’s CCMC
15:00	15:15	Athanasios	Papaioannou	Exploring the validation results of ASPECS within ADVISOR
15:15	15:30	Iurri	Cherniak	Low Earth orbit and geostationary radio occultation observations for the empirical ionosphere models validation and improvement
15:30	16:00	Discussion

Session 6: Multi-mission data tools and analysis
Convener: Bryan Harter

Oral session
16:30	16:45	George	Vasalo	ASPECS: From Research to Operation through ADVISOR
16:45	17:00	James	Kavanagh	Statistics of Multi-Instrument Observations of Solar Flares with HEK
17:00	17:15	Jorge	Padial	Automatically Labelled EUV and Xray Incident Solarflare (ALEXIS) catalog for Solar Flare Prediction Machine Learning Models
17:15	17:30	Jeremy	Faden	Status of HAPI servers for CDAWeb, SOAR, WDC, and SuperMAG
17:30	17:45	Darren	Chaddock	Lowering Barriers of Usage for Auroral Data
17:45	18:00	Kevin	Steele	From the Bench to Orbit, Test-as-You-Fly Processing with Das3

Wednesday 16 October 2024

Session 7: Providing data analysis software to non-programmer scientists
Conveners: Jan Gieseler (Turku University) and Ashely Smith (University of Edinburgh)
Oral Session 09:45 10:45 11:45	10:45 11:15 12:00	Emma All Nicolas	Spanswick André	Keynote: Challenges and triumphs of end-to-end data systems in support of auroral science Discussion: lowering the barrier to data access & data analysis Automated Multi-Dataset Analysis (AMDA): An online database and analysis tool for heliospheric and planetary plasma data
12:00	12:15	Alexis	Jeandet	Speasy an easy to use Python package to access many in-situ data
12:15	12:30	Alexis	Jeandet	SciQLop, a fast and ergonomic UI for in situ data
12:30	12:45	Mark	Taylor	TOPCAT for Heliophysics
12:45	13:00	Martin	Paces	Providing accessibility to Swarm products
13:00	13:15	Jan	Gieseler	Open-Source Python Tools for the Analysis of Energetic Solar Eruptions

Posters
		Alexis Hunter	Jeandet Leise	SciQLop LISIRD: A Web-Based Tool for Accessible Heliophysics Research
		Wenli	Mo	Advancing Heliophysics Tools: Cloud Compatibility and Spatiotemporal Visualization Methods
		Doug	Lindholm	LaTiS: Standards-based Web Service Interfaces for Diverse Data

Session 8: General session
Convener: Julie Barnum (LASP)

Oral sessions
14:30	14:45	Nicholas	Dutton	Energetic Neutral Atom Imager Modeling using a Reusable Software Framework
14:45	15:00	Alberto	Sainz Dalda	Inversion of the IRIS Mg II h&k Spectral Data Using Machine Learning Techniques
15:00	15:15	Adrian	Trejo	ESA Solar Orbiter Archive new features: search by solar distance and Field of Views tables
15:15	15:30	Baptiste	Cecconi	MASER as an Open Science Pilot for Low Frequency Radio Astronomy
15:30	16:00	Oleg	Stepanyuk	Segmentation and Tracking of Eruptive Solar Phenomena with Convolutional Neural Networks

16:30	16:45	Iurii	Cherniak	Ground-based GNSS and satellite observations of severe ionospheric irregularities during space weather events
16:45	17:00	Nicholas	Lenzi	Developing & Maintaining Open Source Scientific Cloud Computing in AWS with HelioCloud
17:00	17:15	Susanne	Pfalzner	Turning back the clock 4.5 Gyr to reveal the solar system at formation

17:15	18:00	Joey Mukherjee Open discussion and presentation of the location of the next DASH meeting

Poster
		Ashley	Smith	Developing & disseminating data, software, and services to support the Swarm mission
		Edmund	Mansky	The Virtual Solar Observatory 2.0: The Re-design of the VSO as a suite of APIs
		Jack	Ireland	Recent updates from NASA's Solar Data Analysis Center
		Joy	Velasquez	XRTpy: A Comprehensive Python Solution for Analyzing Hinode X-Ray
		Mikel	Cruz	New features of the Solar Orbiter archive
		Alex	Antunes	Indexing data in cloud object stores is tedious, is CloudCatalog a solution?
		Pierre	Le Sidaner	New approach for the VESPA discovery portal
		Olawale Jon James	Jaiyeola Vandegriff Kavanagh	Heliodata, a unified platform for Heliophysics reasearch and data integration Future directions and challenges for HAPI Multi-instrument observations of solar flares