Difference between revisions of "궁재하"
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(새 문서: {{Scholar |전공분야=VLSI, ML Accelerator, Low-Power Circuit Design |DGIST Email ID=jhkung@dgist.ac.kr |홈페이지=https://idslab.dgist.ac.kr/ }} ===관심연구분야=== High-pe...) |
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===관심연구분야=== | ===관심연구분야=== | ||
| − | High-performance system design for training deep neural networks | + | * High-performance system design for training deep neural networks |
| − | Lightweight machine learning algorithms for energy-efficient inference engines | + | * Lightweight machine learning algorithms for energy-efficient inference engines |
| − | Automated search of lightweight deep learning algorithms | + | * Automated search of lightweight deep learning algorithms |
| − | Energy-efficient hardware accelerator for scientific computing | + | * Energy-efficient hardware accelerator for scientific computing |
| − | Understanding biological neurons by improving the performance of spike-based neural nets | + | * Understanding biological neurons by improving the performance of spike-based neural nets |
| − | Brain signal processing using embedded hardware for the diagnosis of Parkinson’s disease | + | * Brain signal processing using embedded hardware for the diagnosis of Parkinson’s disease |
| − | Power-aware/thermal-aware system design methodology | + | * Power-aware/thermal-aware system design methodology |
===주요논문=== | ===주요논문=== | ||
===특허=== | ===특허=== | ||
Revision as of 11:17, 5 November 2019
| 궁재하 | |
|---|---|
| 소속 | |
| 부서 | |
| 전공분야 | VLSI, ML Accelerator, Low-Power Circuit Design |
| DGIST Email ID | jhkung@dgist.ac.kr |
| 홈페이지 | https://idslab.dgist.ac.kr/ |
UGRP 주제
[]
관심연구분야
- High-performance system design for training deep neural networks
- Lightweight machine learning algorithms for energy-efficient inference engines
- Automated search of lightweight deep learning algorithms
- Energy-efficient hardware accelerator for scientific computing
- Understanding biological neurons by improving the performance of spike-based neural nets
- Brain signal processing using embedded hardware for the diagnosis of Parkinson’s disease
- Power-aware/thermal-aware system design methodology
