data-analysis
Organizations
Affinity Groups
Logo | Name | Description | Tags | Join |
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Launch | Launch is a regional computational resource that supports researchers incorporating computational and data-enabled approaches in their scientific workflows at eleven under-resourced institutions in… | Login to join |
Announcements
Title | Date |
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NSF requests research and education use cases for NAIRR | 02/22/24 |
Upcoming Events & Trainings
Topics from Ask.CI
Knowledge Base Resources
Title | Category | Tags | Skill Level |
---|---|---|---|
AI Institutes Cyberinfrastructure Documents: SAIL Meeting | Learning | ACCESS-account, ai, data-analysis, machine-learning | Beginner, Intermediate, Advanced |
An Introduction to the Julia Programming Language | Learning | ai, data-analysis, machine-learning, julia | Beginner |
Applications of Machine Learning in Engineering and Parameter Tuning Tutorial | Learning | data-analysis, machine-learning, python | Beginner, Intermediate |
Engagements
Investigation of robustness of state of the art methods for anxiety detection in real-world conditions
I am new to ACCESS. I have a little bit of past experience running code on NCSA's Blue Waters. As a self-taught programmer, it would be interesting to learn from an experienced mentor.
Here's an overview of my project:
Anxiety detection is topic that is actively studied but struggles to generalize and perform outside of controlled lab environments. I propose to critically analyze state of the art detection methods to quantitatively quantify failure modes of existing applied machine learning models and introduce methods to robustify real-world challenges. The aim is to start the study by performing sensitivity analysis of existing best-performing models, then testing existing hypothesis of real-world failure of these models. We predict that this will lead us to understand more deeply why models fail and use explainability to design better in-lab experimental protocols and machine learning models that can perform better in real-world scenarios. Findings will dictate future directions that may include improving personalized health detection, careful design of experimental protocols that empower transfer learning to expand on existing reach of anxiety detection models, use explainability techniques to inform better sensing methods and hardware, and other interesting future directions.
People with Expertise
Mahmoud Parvizi
Michigan State University
Programs
Campus Champions
Roles
research computing facilitator
Expertise
Expertise
Expertise
People with Interest
Arun Sharma
California State University-Monterey Bay
Programs
Campus Champions
Roles
mentor, research computing facilitator
Interests
Wirawan Purwanto
Old Dominion University
Programs
Campus Champions, Northeast, ACCESS CSSN
Roles
mentor, research computing facilitator, cssn
Interests
Yuanyuan Zeng
Columbia University, Mailman School of Public Health
Programs
CAREERS
Roles
student-facilitator