Seunghyun Lee 👋

• Welcome to my Github page. I am a Ph.D. course student at Inha Univ. in South Korea. My research areas are machine learning, deep learning, and especially the light-weighting the convolutional neural networks such as knowledge distillation and filter pruning.

ML libraries 🧱

• Tensorflow (1.x and 2.x): Upper intermediate
• Pytorch: intermediate
• JAX: beginner

Academic activity 🕹

• Leader of deep learning paper study group: link

• Major contributor of the implementation project for Putting NeRF on a Diet

  in 🤗HuggingFace X GoogleAI Flax/JAX Community Week Event (won the 2nd price! 😆)

• Have served as a reviewer for Neural Networks.

Publication 📜

First author of

• "Self-supervised Knowledge Distillation Using Singular Value Decomposition" on ECCV2018 [paper] [TF1 code, TF2 code]
• "Graph-based Knowledge Distillation by Multi-head Attention Network." on BMVC2019 oral [paper] [code]
• "Transformation of Non-Euclidean Space to Euclidean Space for Efficient Learning of Singular Vectors" on IEEE Access (2020) [paper]
• "Filter Pruning and Re-Initialization via Latent Space Clustering" on IEEE Access (2020) [paper]
• "Knowledge Transfer via Decomposing Essential Information in Convolutional Neural Networks" on IEEE TNNLS (2020) [paper] [TF1 code, TF2 code]
• "Interpretable Embedding Procedure Knowledge Transfer via Stacked Principal Component Analysis and Graph Neural Network" on AAAI2021 [paper] [code]
• "Ensemble Knowledge Guided Sub-network Search and Fine-tuning for Filter Pruning" on arxiv preprint [paper] [code]

Co-author of

• "MUNet: macro unit-based convolutional neural network for mobile devices" on CVPRW2018 [paper]
• "Metric-Based Regularization and Temporal Ensemble for Multi-Task Learning using Heterogeneous Unsupervised Tasks" on ICCVW2019 [paper]
• "Real-time purchase behavior recognition system based on deep learning-based object detection and tracking for an unmanned product cabinet" on ESWA (2020) [paper]
• "Channel Pruning Via Gradient Of Mutual Information For Light-Weight Convolutional Neural Networks" on ICIP 2020 [paper]
• "Zero-Shot Knowledge Distillation Using Label-Free Adversarial Perturbation With Taylor Approximation" on IEEE Access (2021) [paper] [code]
• "Contextual Gradient Scaling for Few-Shot Learning" on WACV2022 [paper] [code]
• "Vision Transformer for Small-Size Datasets" on arxiv preprint [paper] [code]

and so on 🎓

• Google scholar