cv
Basics
Name | Joon Kim |
Status | Undergraduate |
joonkim1@berkeley.edu | |
Phone | (510) 529-6091 |
Url | https://joonkim2684/github.io/ |
Work
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2024.07 - 2025.02 C.H.E.N. Lab (BAIR, CPH)
Undergraduate Researcher
Designed zero-shot LLM pseudo-labeling pipeline to improve semi-supervised learning accuracy. Worked on RadQA dataset; implemented FixMatch on a non-inference task for baseline comparison.
- Self-Supervised Learning
- Machine Learning
- Large Language Models
- Zero-Shot Inference
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2024.02 - 2024.05 JLK Inc.
Research Intern
Developed Federated Learning models reaching near identical performance to commercially deployed U-Net models using Python. Collaborated with four M.D. professionals to investigate the use of Federated Learning in medicine.
- Federated Learning
- Machine Learning
- Medical Imaging
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2022.07 - 2022.08 Impact AI
Data Engineering Intern
Developed a data preprocessing pipeline to pattern-match raw datasets of various formats from multiple companies using Python. Researched and presented eight AI-based B2B SaaS business case studies, showcasing their strengths, weaknesses, and outlooks.
- Data Preprocessing
- Commercial Budgeting
- Business Analytics
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2022.02 - 2022.05 Studio.geo @ UC Berkeley
Undergraduate Researcher
Experimented Progressive-GAN on the Savio cluster to generate artificial maps using Python.
- Generative Adversarial Network
- Machine Learning
- Map Generation
Education
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2021.08 - Current Berkeley, CA
Undergraduate
UC Berkeley, College of Engineering
Electrical Engineering and Computer Science
- CS170 (A+)
- CS188 (A)
- CS70 (A+)
- CS61A/B/C (A+/A+/A)
- EECS16A/B (A+/A+)
- MATH53 (A+)
Publications
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2024.08.15 Random Gradient Masking as a Defensive Measure to Deep Leakage in Federated Learning
Arxiv, Preprint
Compared the efficacy of randomly masking gradients from Federated Learning submissions against other defenses against Deep Leakage from Gradients such as Pruning, Compression, and Noising on Convolution Neural Networks
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2024.05.24 In-Silo Federated Learning vs. Centralized Learning for Segmenting Acute and Chronic Ischemic Brain Lesions
Medrxiv, Preprint
Comparative analysis of Federated and Centralized Learning on brain MRI images. Showed Federated Learning is as effective as Centralized learning on real-life non-i.i.d. brain lesion datasets of ~10,000 patients over 9 institutions.
Skills
Machine Learning | |
PyTorch | |
Tensorflow | |
flwr (Federated Learning Framework) |
Programming | |
Python | |
Java | |
C |
Languages
Korean | |
Native speaker |
English | |
Fluent |
Interests
Algorithms | |
Randomized Algorithms | |
Approximation Algorithms |
TCS/Math | |
Robust Statistics | |
Spectral Graph Theory |
Artificial Intelligence | |
Self-Supervised Learning | |
Federated Learning |