cv
Basics
Name | Yoomin Lee |
yoomin0104@gmail.com | |
Summary | I work at the intersection of computer vision and applied ML, turning ideas into measurable improvements. My emphasis is on disciplined evaluation, robustness under shift, and deploying systems that stay reliable for real users. |
Education
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2025.01 - 2026.12 Los Angeles, CA
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2021.08 - 2021.12 Oswego, NY
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2019.03 - 2024.07 Seoul, Korea
Bachelor of Science
Hanyang University
Computer Science & Interior Architecture Design
- Undergraduate Leadership Scholarship
- Hanyang Talent Excellence Award Scholarship
Work
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2024.01 - 2024.12 Research Member
AIoT Group at Seoul National University
Worked on Lens, a sensor-control system that optimizes image acquisition under domain shift. Designed evaluation on real-world datasets and drove targeted data collection to expose failure modes and improve robustness.
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2023.08 - 2024.12 Undergraduate Researcher
Multimodal AI Lab at Hanyang University
Explored fine-grained visual recognition with multimodal priors (geography/language). Extended a CLIP/Transformer baseline to inject context and measured consistent gains across few-shot settings.
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2022.08 - 2023.02 Intern Researcher
COGA Robotics
Worked on indoor person-following: fused LiDAR and RGB-D in ROS, optimized Deep SORT on Jetson, and profiled perception latency to meet real-time constraints.
Awards
- 2024.09
SNU Ambient AI Competition — 1st Prize
Seoul National University
Built an on-device real-time blurring app (team of 4).
- 2020.11
DB GAPS Challenge — 2nd Place
DB Kim Jun Ki Cultural Foundation
Designed automated investment strategy using financial & market data (team of 4).
Projects
- 2024.03 - 2024.12
Lens: Sensor-Aware Image Acquisition under Shift
Prototype sensor control that adapts capture parameters to scene/domain shift to stabilize downstream model quality.
- Evaluation on natural distribution shifts (real-world image sets)
- Data collection protocol to expose failure modes
- Quality tracking with regression-safe comparisons
- 2024.08 - 2024.09
On-Device Real-Time Blurring (SNU Ambient AI 1st Prize)
Mobile pipeline for privacy-preserving video blurring with tight latency and power budgets.
- Model/runtime trade-off exploration on device
- Deterministic benchmarking harness (latency & quality)
- Team execution from prototype to demo
- 2023.10 - 2024.01
Few-Shot Fine-Grained Recognition with Context
Injected geographic/language priors into a CLIP-style baseline for fine-grained categories.
- Context feature engineering and conditioning
- Few-shot evaluation with stratified splits
- Ablations + seeded reproducible runs
- 2022.12 - 2023.02
Indoor Person-Following Stack (ROS + Jetson)
Fused LiDAR and RGB-D to stabilize tracking in cluttered indoor environments.
- ID-switch analysis & latency budget profiling
- Recovery behaviors validated in field tests
- 2024.11 - 2024.12
OLAP vs. OLTP DBMS Analysis: DuckDB vs. PostgreSQL
System-level comparison of columnar DuckDB and row-store PostgreSQL for analytical vs. transactional patterns.
- Benchmarked scan/buffer/file-format paths with C++ micro-workloads
- Sequential-query performance and trade-off analysis for analytics use cases
- Actionable guidance for pipeline DBMS selection
- 2023.03 - 2023.06
Classifying Similar Furniture
End-to-end pipeline for visually similar furniture categories with custom image assets.
- Self-created dataset via modeling/rendering; rigorous splits
- TensorFlow baseline → model refinements with measurable gains
- 2022.09 - 2022.12
Zoning Generation Program for Ideal Floor Plan
Algorithmic zoning assistant for early-stage floor-plan design (Processing).
- Encoded architectural constraints into search/heuristics
- Brought interior-design domain knowledge into computational tooling
- 2020.08 - 2020.11
“Haenggarae” Social-Value Platform Deployment
Campus-scale rollout of a blockchain-based app incentivizing eco-friendly behaviors.
- Localization and QR/NFC behavior tracking for 10+ activities
- Early user-engagement strategies with industry partner