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 Using Conversational AI for Parker Solar Probe Public Outreach
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 

 

Jaiyeola
Vandegriff

 

Heliodata, a unified platform for Heliophysics reasearch and data integration
Future directions and challenges for HAPI