Jongwon Oh
Dept. of Electronic Engineering Seoul National University of Science and Technology
232 Gongneung-ro, Nowon-gu, 01811, Seoul, KOREA
ohjongwon
seoultech.ac.kr
Education & Experiences
2025.03 - present, Graduate Student, Dept. of Electronic Engineering, Seoul National University of Science and Technology.
2026.08 - 2027.02, Visiting Graduate Student, AI Semiconductor Systems Architecture Program, University of Illinois Urbana-Champaign (UIUC).
2025.02 - B.S. in Dept. of Electronic Engineering, Seoul National University of Science and Technology.
2023.05 - present, Research Assistant, Computer Architectue Lab, Seoul National University of Science and Technology.
2026.08 - 2027.02, Visiting Graduate Student, AI Semiconductor Systems Architecture Program, University of Illinois Urbana-Champaign (UIUC).
2025.02 - B.S. in Dept. of Electronic Engineering, Seoul National University of Science and Technology.
2023.05 - present, Research Assistant, Computer Architectue Lab, Seoul National University of Science and Technology.
Research Interests
Processor Architecture
Computer Programming
Digital System Design
Computer Programming
Digital System Design
Projects
- Development of real time monitoring sensor for gas pipeMinistry of Trade, Industry and Energy, Korea, 2022-2026.
- Development of DRAM PIM semiconductor technology for enhanced computing function for edgeMinistry of Science and ICT, Korea, 2022-2025.
- Next-Generation System Semiconductor Design Engineer Development ProgramMinistry of Trade, Industry and Energy, Korea, 2021-2026.
- Development for Processing Software on AI Semiconductor DevicesMinistry of Science and ICT, Korea, 2022-2029.
Publications
International Journals
- 5 Real-Time True Wireless Stereo Wearing Detection Using a PPG Sensor with Edge AIElectronics · Vol. 14 · No. 3911 · Sep. 2025
- 4 A CRC Comparison-Based Screen Data Management for Energy Efficient Virtual Desktop InfrastructureIEEE Access · Vol. 13 · pp. 102859-102868 · Jul. 2025
- 3 Hardware-Based WebAssembly Accelerator for Embedded SystemElectronics · Vol. 13 · No. 3979 · Oct. 2024
- 2 Lightweight and Error-Tolerant Stereo Matching with a Stochastic Computing ProcessorElectronics · Vol. 13 · No. 2024 · May 2024
- 1 Accelerating Strawberry Ripeness Classification Using a Convolution-Based Feature Extractor along with an Edge AI ProcessorJoungmin Park, Jinyoung Shin, Raehyeong Kim, Seongmo An, Sangho Lee, Jinyeol Kim, Jongwon Oh, Youngwoo Jeong, Soohee Kim, Yueri Jeong, Seung Eun LEEElectronics · Vol. 13 · No. 344 · Jan. 2024
International Conferences
- 6 WPU: A Pipelined WebAssembly Processing Unit for Embedded IoT Systems31st Asia and South Pacific Design Automation Conference (ASP-DAC) · Jan. 2026
- 5 Latency-Aware QoS Optimization of XY-YX Routing in NoCs via Analytical Latency EstimationThe 3rd Workshop on Computer Architecture Modeling and Simulation co-located with Micro (CAMS) · Seoul · Oct. 2025
- 4 Approximate Vector Operation Accelerator for Vision-Language ModelsRobotics Acceleration with Computing Hardware (Co-located with the IEEE/ACM International Symposium on Microarchitecture) (MICRO) · Austin · Nov. 2024
- 3 On-Device Eye Tracking System with Dual Lightweight AI Processors21th International SoC Design Conference (ISOCC) · Hokkaido · Aug. 2024
- 2 Accelerating Embedded WebAssembly Based on FPGA21th International SoC Design Conference (ISOCC) · Hokkaido · Aug. 2024
- 1 Point Cloud Clustering System with DBSCAN Algorithm for Low-Resolution LiDARInternational Conference on Consumer Electronics (ICCE) · Las Vegas · Jan. 2024
Korean Journals
- 1 FPGA-Based Digital Controller for High-Speed CAN Flexible Data-Rate CommunicationJournal of Integrated Circuits and Systems (JICAS) · 2026
Korean Conferences
- 2
- 1 CNN Preprocessing Based Embedded AI Strawberry ClassifierKorean Conference on Semiconductors (KCS) · Gyeongju · Jan. 2024
Copyrights
Copyrighted Softwares
- 4 다중 엣지(Edge) 도메인(Domain) 내 추론정확도 기반 우선순위 판단 시뮬레이터(Simulator)Registration No. C-2025-046317, Nov. 2025, Korea (right owned by SeoulTech)
- 3 캔(CAN) 통신 중재를 이용한 우선순위 기반 위험도 평가 시스템(System)Registration No. C-2025-045289, Oct. 2025, Korea (right owned by SeoulTech)
- 2 내부 패킷(packet) 구성 자동화를 활용한 텐서(Tensor)곱 연산 가속 소프트웨어Registration No. C-2025-045301, Oct. 2025, Korea (right owned by SeoulTech)
- 1 시선추적을 위한 경량 인공지능 시스템(System)Registration No. C-2024-047142, Nov. 2024, Korea (right owned by SeoulTech)
Chips
2026
A Networked Processor Array Supporting High-Bandwidth Host Interface
Jinyeol Kim, Raehyeong Kim, Jongwon Oh, Dayoung Lee, Seongmo An, Seung Eun LEE
- Tech
- Samsung 28nm FD-SOI
- Tape-out
- 2026.03.23
- Freq
- 100MHz
- Core
- 4mm x 4mm
- Power
- 1.1V/1.8V
2025
A Pipelined WebAssembly Processor Architecture for Accelerated Execution in Embedded IoT Systems
Jinyeol Kim, Jongwon Oh, Raehyeong Kim, Chaebin Lee, Sangho Lee, Seung Eun LEE
- Tech
- Samsung 28nm FD-SOI
- Tape-out
- 2025.09.25
- Freq
- 100MHz
- Core
- 4mm x 4mm
- Power
- 1.1V/1.8V
A Networked Processor Array based on Heterogeneous Computing Units for AI Acceleration
Seongmo An, Joungmin Park, Jongwon Oh, Jaeseong Kim, Seung Eun LEE
- Tech
- Samsung 28nm LPP
- Tape-out
- 2025.07.07
- Freq
- 100MHz
- Core
- 4mm x 4mm
- Power
- 1.2V
A Low-Power Point Cloud Clustering System with a DBSCAN Clustering Accelerator based on Cortex-M0
Sangho Lee, Seongmo An, Raehyeong Kim, Jongwon Oh, Seung Eun LEE
- Tech
- Samsung 28nm FD-SOI
- Tape-out
- 2025.02.02
- Freq
- 100MHz
- Core
- 4mm x 4mm
- Power
- 1.1V/1.8V
2024
A Internal Network IP for Next-Generation Robots with SPI
Kwanghyun Go, Soohee Kim, Jongwon Oh, Joungmin Park, Seung Eun LEE
- Tech
- DBHitek 180nm BCDMOS
- Tape-out
- 2024.12.06
- Freq
- 50M
- Core
- 5mm x 2.5mm
- Power
- 5V
Chip Design Contest
- 2. "A Network System Processor for Next-Generation Robots based on Cortex-M0",
Kwanghyun Go, Yue Ri jeong, Seongmo An, Jongwon Oh and Seung Eun Lee,
2025 IEEE International SoC Design Conference (ISOCC), Oct. 2025. - 1. "A Internal Network IP for Next-Generation Robots with SPI",
Kwanghyun Go, Joungmin Park, Jongwon Oh and Seung Eun Lee,
2025 IEEE International SoC Design Conference (ISOCC), Oct. 2025.
Awards
- 2024.12.11. 2024 Korea Student Semiconductor IC Design Contest - Silver Award
The Institute of Semiconductor Engineers - 2024.10.24. The 25th Korean Semiconductor Design Competition - Corporate (Cadence) Special Award
Ministry of Trade, Industry and Energy & Korea Semiconductor Industry Association - 2023.11.07. The 24nd Korean Semiconductor Design Competition of Korea - KIPO CommissionerAward
Ministry of Trade, Industry and Energy & Korea Semiconductor Industry Association
Skills
- High-level Programming Language: C/C++, Python
- Hardware Description Language: Verilog HDL
- FPGA Design Tools: Vivado, Quartus II
- EDA Tools: ModelSim
Training
2026.07.06-07.07 [IDEC] 고성능 컴퓨터 시스템 구조
2026.07.01-07.03 [IDEC] GPU 프로그래밍의 핵심: CUDA로 배우는 병렬 처리 기술
2026.06.29-06.30 [IDEC] CUDA 기반 GPU 프로그래밍 기초
2025.06.16-06.17 [IDEC/Siemens] C/C++알고리즘 디자인으로부터 Verilog RTL을 구현/생성할 수 있는 Catapult High Level Synthesis 교육
2025.05.28-05.30 [IDEC] AMD Xilinx FPGA HW 구성 이해 및 설계
2025.01.14-01.16 [IDEC] System Verilog를 이용한 검증 방법론
2025.01.08-01.10 [IDEC] Cell-Based Chip Design Front-End
2025.01.06-01.07 [IDEC] 인공지능 기초 및 AI 반도체 구조
2024.05.30-05.31 [IDEC] AMBA AXI와 AXI-Stream 설계와 검증
2024.05.08-05.10 [IDEC] ARM Cortex-M 프로세서 기반의 FreeRTOS 활용
2026.07.01-07.03 [IDEC] GPU 프로그래밍의 핵심: CUDA로 배우는 병렬 처리 기술
2026.06.29-06.30 [IDEC] CUDA 기반 GPU 프로그래밍 기초
2025.06.16-06.17 [IDEC/Siemens] C/C++알고리즘 디자인으로부터 Verilog RTL을 구현/생성할 수 있는 Catapult High Level Synthesis 교육
2025.05.28-05.30 [IDEC] AMD Xilinx FPGA HW 구성 이해 및 설계
2025.01.14-01.16 [IDEC] System Verilog를 이용한 검증 방법론
2025.01.08-01.10 [IDEC] Cell-Based Chip Design Front-End
2025.01.06-01.07 [IDEC] 인공지능 기초 및 AI 반도체 구조
2024.05.30-05.31 [IDEC] AMBA AXI와 AXI-Stream 설계와 검증
2024.05.08-05.10 [IDEC] ARM Cortex-M 프로세서 기반의 FreeRTOS 활용
Graduate Courses
Digital Signal Processing Architectures, Display Drives and Circuits
Network-on-Chip Design, SoC Design Methodology
Resilient Processor Design, Advanced Computer Architecture,
Advanced Artificial Intelligence Processor, Power management IC Design based on CMOS technology
Network-on-Chip Design, SoC Design Methodology
Resilient Processor Design, Advanced Computer Architecture,
Advanced Artificial Intelligence Processor, Power management IC Design based on CMOS technology
Undergraduate Courses
Computer Architecture, Digital System Design, Logic Circuit,
Operating System, Microprocessors, Digital Signal Processing, Image Processing
Electronic Circuits, Semiconductor Engineering, Control Engineering,
Computer Programming(C Programming), Mobile Programming(Java Programming),
Electromagnetics, Electronic Circuit Theory, Engineering Mathmatics, Signals and Systems
Operating System, Microprocessors, Digital Signal Processing, Image Processing
Electronic Circuits, Semiconductor Engineering, Control Engineering,
Computer Programming(C Programming), Mobile Programming(Java Programming),
Electromagnetics, Electronic Circuit Theory, Engineering Mathmatics, Signals and Systems