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Breakout 2 Room 1 Summary

Edgar Lobaton (NCSU), Anuj Karpatne (VT)

On behalf of

AI2ASED Breakout 2 Room 1

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Breakout room 1 participants

Moderator: Edgar Lobaton at NCSU

Scribe: Anuj Karpatne (VT)

Attendees:

  • Animadhree Anandkumar (Caltech)
  • Shuiwang Ji (Texas A&M)
  • Mark Neubauer (UIUC)
  • Xinghua Mindy Shi (Temple)
  • Jing Gao (Delaware)
  • Daniel Anglés-Alcázar (UConn)
  • Peetak Mitra (Excarta)
  • Carl Kingsford, CMU
  • Madhav Marathe (UVA)
  • Rajagopalan Balaji (Colorado)
  • Mingyi Hong (UMN)
  • Michael Littman (NSF IIS)
  • Eric DeWeaver (NSF GEO/AGS)
  • Jim Shank (NSF MPS/PHY)

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Q1: What areas of science and engineering have been transformed by AI?

  • NLP and Multimodal Data Fusion … Joint representations
  • System side of Data Management
  • Biomedicine (e.g., drug discovery)
  • Imaging (e.g., from microscopic to astrophysics)
  • Astronomy / Cosmology … Allowing to process large amounts of data

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Q4: What are examples of research that could be used as concrete exemplars of the kind of work we’d like to see more of?

  • Mining literature in biomedical sciences
    • Extracting knowledge graphs
    • There is more structure information that can be mined… It has not happened there yet.
  • Need to see more applications

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Q2: What are the key gaps in current scientific methods that can be filled by AI?

  • We need to break the barrier of entry for collaboration so people can contribute to areas without having to get a Ph.D. in these areas.
  • Our understanding of the physical phenomena is limited
    • Physics models can be biased
    • ML is very useful alternative and tools such as transfer learning make it more accessible but we still have a way to go
    • ML models could be used as proxies for simulations

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Q3: What are the priority research directions of data-driven discovery in science and engineering that data analytics, AI, and ML can enable or accelerate?

  • Besides the topics in Q3, AI models need to be more robust and explainable. They also need to go beyond well structured datasets.

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Q5: How can education and community outreach about data science, AI and ML speed up this process?

  • Starting early with educating our broader scientific community and students on data science
  • Educate people on using AI as a partner… Working “with” AI
  • There is a need for a roadmap / national AI infrastructure for a birthright for students (and broader scientific community include low-resource institutions) to have access to computing resources
  • We need a more structure set of resources that are supported and sustained by the community… perhaps even giving back from industry based on what they are gaining from the open source community.