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TaehwanY98/README.md

Taehwan Yoon

I am pleased to share my git hub. There are works of my paper regarding federated learning, machine learning, AI, and medical imaging. Each projects include source codes, descriptions, and tutorials. If you want to contact me, please send me a email. Welcome any feedbacks or proposals. Best regards.

Bio Informations

Category Main Compenent Sub Compenent
🏫Education Soongsil University MSc and PhD
🧑🏻‍💻 Portfolio Notion LinkedIn
🧑🏻‍💼Major and Skills Preserving-privacy ML, Healthcare Analysis Federated-Learning, Parameter-Efficient Fine-Tuning, Communication-Efficient Fine-Tuning, Language Model
Focusing Coding and Research

Publications

Lower-Grade Glioma Segmentation in Dice-Coefficient Cross Entropy Weighted Federated Learning

Stress Affect Detection At Wearable Devices Via Clustered Federated Learning

Subnet based Federated Learning for Protecting Global Model

Privacy Preserving Voice Phishing Detection using Federated Learning

FedRef: Bayesian Fine Tuning Using a Reference Model

Clustered Federated Learning Based on Mahalanobis Distance for Sequential Medical Data (JIPs)

Awards

Best paper award at ASK 2024 conference in Korea Information Processing Society (KIPS) via a paper of Stress Affect Detection At Wearable Devices Via Clustered Federated Learning.

Activity award at academic and industry project challenge in Korea Institute for Advancement of Technology (KIAT) via a related paper of FedRef: Bayesian Fine Tuning Using a Reference Model.

Popular repositories Loading

  1. VoicePhishingDetection VoicePhishingDetection Public

    voice phishing detection on federated learning

    Jupyter Notebook 1

  2. TaehwanY98 TaehwanY98 Public

    Config files for my GitHub profile.

  3. Fed-Ref Fed-Ref Public

    To alleviate unbounded drift in model updates, we proposed a "Bayesian fine-tuning using a reference model"(FedRef)

    Jupyter Notebook

  4. MAIC_Challenge_1 MAIC_Challenge_1 Public

    First MAIC Challenge Code, Regression, Attention, CNN

    Jupyter Notebook

  5. MD-CFL MD-CFL Public

    "Clustered Federated Learning Based on Mahalanobis Distance for Sequential Medical Data" is a review paper to compare with mahalanobis and consine distances on sequential medical data in federated …

    Jupyter Notebook 1

  6. FedARC-Federated-Adaptive-Resonance-Clustering FedARC-Federated-Adaptive-Resonance-Clustering Public

    Jupyter Notebook