Yoonho Jang, Hyeongjun Cho, Yesin Ryu, Jungrae Kim, and Seokin Hong
Design Automation Conference (DAC), acceptance rate = 23%, June. 2025

Yesin Ryu, Jungrae Kim
Communications of the Korean Institute of Information Scientists and Engineers, Apr. 2025

Paper:

Jungrae Kim, Seokin Hong, Taehee Han, Mingu Kang
KR(10-2763260), 2025.

Sanghyun Park, Boyeol Choi, and Jungrae Kim
International Conference on Electronics, Information, and Communication (ICEIC), Jan. 2025

Soyoung Park, Hojung Namkoong, Boyeol Choi, Michael Sullivan, and Jungrae Kim
The IEEE/ACM International Symposium on Microarchitecture (MICRO), acceptance rate = 22.7%, Nov. 2024
Link: [Paper] [Slides(ppt)]

Paper: Slides:

Jungrae Kim, Sangje Park
KR(#10-2716293), 2024.

Yoojin Kim, Yesin Ryu, and Jungrae Kim
The International SoC Conference (ISOCC), Aug. 2024

Yoonyul Yoo and Jungrae Kim
The International SoC Conference (ISOCC), Aug. 2024

Soyoung Park and Jungrae Kim
The International SoC Conference (ISOCC), Aug. 2024

Yesin Ryu, Yoojin Kim, Giyong Jung, Jungho Ahn, and Jungrae Kim
The International Symposium on Computer Architecture (ISCA), acceptance rate = 19.6%, July, 2024
IEEE Micro Top Picks in Computer Architecture (Honorable Mention)
Link: [Paper] [Slides(ppt)]

Paper: Slides:

Jaeyoon Lee, Wonyeong Jung, Dongwhee Kim, Daero Kim, Junseung Lee, and Jungrae Kim
The IEEE International Symposium on High Performance Computer Architecture (HPCA), acceptance rate = 18%, March. 2024
Link: [Paper]

Paper:

Junseung Lee and Jungrae Kim
The International Conference on Electronics, Information, and Communication (ICEIC), Jan. 2024

Hojung Namkoong, and Jungrae Kim
The International SoC Conference (ISOCC), Oct. 2023

Jihun Park, Donghun Jeong, and Jungrae Kim
The Design, Automation and Test in Europe Conference (DATE), acceptance rate = 25%, Apr. 2023
Link: [Paper] [Slides(pptx)]

Paper: Slides:

Donghun Jeong, Jihun Park, and Jungrae Kim
IEEE ACCESS, impact factor = 3.476, July. 2022
Link: [Paper]

Paper:

Hoyong Jin, Donghun Jeong, Taewon Park, Jong Hwan Ko, and Jungrae Kim
IEEE Computer Architecture Letters, impact factor = 2.118, May. 2022
Link: [Paper]

Paper:

Sangkug Lym, Heonjae Ha, Yongkee Kwon, Chun-kai Chang, Jungrae Kim, Mattan Erez
The IEEE International Symposium on High Performance Computer Architecture (HPCA), acceptance rate = 21%, Feb. 2018.
Link: [Paper]

Paper:

Jungrae Kim, Michael Sullivan, Esha Choukse, Mattan Erez
The ACM/IEEE International Symposium on Computer Architecture (ISCA), acceptance rate = 19%, June 2016.
Link: [Paper]

Paper:

Jungrae Kim
KR/JP/CN/US(#8,625,439), 2014.

Jungrae Kim, and Wooil Kim
KR/EU/US(#8,688,942) / 2014.

Jungrae Kim
KR/US(#8,621,292) / 2013.

KyongMook Lim, Jinsu Jung, Kwanho Kim, Jungrae Kim, Taesun Kim
KR/US(#US20130219208A1), 2012.

Jungrae Kim, Jinpyo Park, Jaehong Park, Youngjun Kwon
KR/TW/CN/US(#8,229,235), 2012.

Jungrae Kim, Jinpyo Park, Jaehong Park, Youngjun Kwon
KR(#10-20,070,075,100), 2006.

Jungrae Kim
MS Thesis / Seoul National University, Aug. 2003.

Photo credit: Jo Ramsey, SC Photography


Photo credit: Jo Ramsey, SC Photography

Taewon Park, Saeid Gorgin, Dongwhee Kim, Jaeho Shin, Michael B. Sullivan, and Jungrae Kim
Design Automation Conference (DAC), acceptance rate = 23%, June. 2025

Sang-hyo Kim, Dong Geun Lee, Jungrae Kim, Seokin Hong, and Dong Hyun Kong
KR/US(#12,267,087) / 2025.

Jungrae Kim, Sang-hyo Kim, Seokin Hong, and Yuseok Song
KR/US(#12,216,540) / 2025.

Jaeho Shin and Jungrae Kim
International Conference on Electronics, Information, and Communication (ICEIC), Jan. 2025

Giyoung Jung, Hee Ju Na, Sang-Hyo Kim, and Jungrae Kim
The IEEE International Conference on Computer Design (ICCD), acceptance rate = 28%, Nov. 2024
Link: [Paper] [Slides(ppt)]

Slides:

Jungrae Kim, Dong Whee Kim
KR(10-2656075), 2024.

Yujin Lim, Dongwhee Kim and Jungrae Kim
The Design, Automation and Test in Europe Conference (DATE), Best Paper Award Winner, acceptance rate = 25%, March. 2024
Link: [Paper] [Slides(ppt)] [Github]

Paper: Slides:

Dongwhee Kim, Jaeyoon Lee, Wonyeong Jung, Michael Sullivan, and Jungrae Kim
The International Conference on High Performance Computing, Networking, Storage and Analysis (SC), Best Student Paper Nominee, acceptance rate = 24%, Nov. 2023
Link: [Paper] [Poster(pdf)] [Slides(pdf)] [Github]

Paper: Slides: Poster: Git:

Wonyeong Jung, Dongwhee Kim, and Jungrae Kim
The 20th International SoC Conference (ISOCC), Oct. 2023

Yujin Lim, Dongwhee Kim, and Jungrae Kim
The International SoC Conference (ISOCC), Oct. 2023

Dongwhee Kim, Taewon Park, and Jungrae Kim
Korea Copyright Commission (No. C-2023-043210), September 26, 2023.
Link: [Github]

Kiheon Kwon, Dongwhee Kim, Soyoung Park, and Jungrae Kim
The International Technical Conference on Circuits/Systems, Computers and Communications (ITC-CSCC), June. 2023
Link: [Paper]

Paper:

Dongwhee Kim, and Jungrae Kim
The International SoC Conference (ISOCC), Oct. 2022
Link: [Paper]

Paper:

Daero Kim, and Jungrae Kim
The International SoC Conference (ISOCC), Oct. 2022
Link: [Paper]

Paper:

Yuseok Song, Sangjae Park, Michael B. Sullivan, and Jungrae Kim
IEEE ACCESS, impact factor = 3.476, July. 2022
Link: [Paper]

Paper:

Jungrae Kim
Korea Copyright Commission (No. C-2022-031812), August 16, 2022.

Sangjae Park and Jungrae Kim
IEEE ACCESS, impact factor = 3.476, July. 2022
Link: [Paper]

Paper:

Seong-Lyong Gong, Jungrae Kim, Sangkug Lym, Michael Sullivan, Howard David, Mattan Erez
The IEEE International Symposium on High Performance Computer Architecture (HPCA), acceptance rate = 21%, Feb. 2018.
Link: [Paper]

Paper:

Seong-Lyong Gong, Jungrae Kim, Mattan Erez
The 47th Annual IEEE/IFIP International Conference on Dependable Systems and Networks Workshops (DSN-W), June 2017.

Seong-Lyong Gong, Jungrae Kim, Mattan Erez
The IEEE Workshop on Silicon Errors in Logic - System Effects (SELSE), Best Paper Award, March 2017.

Jungrae Kim
Ph.D Thesis / The University of Texas at Austin, Dec. 2016.

Jungrae Kim, Michael Sullivan, Sangkug Lym, Mattan Erez
The ACM/IEEE International Symposium on Computer Architecture (ISCA), acceptance rate = 19%, June 2016.
Link: [Paper]

Paper:

Seong-Lyong Gong, Minsoo Rhu, Jungrae Kim, Jinsuk Chung, Mattan Erez
The Annual IEEE/ACM International Symposium on Microarchitecture (MICRO), acceptance rate = 22%, Dec. 2015.
Link: [Paper]

Paper:

Jungrae Kim, Michael Sullivan, Seong-Lyong Gong, Mattan Erez
The International Conference on High Performance Computing, Networking, Storage and Analysis (SC), acceptance rate: 22%, Nov. 2015.
Link: [Paper]

Paper:

Jungrae Kim, Michael Sullivan, Mattan Erez
The IEEE International Symposium on High Performance Computer Architecture (HPCA), acceptance rate = 23%, Best Paper Nominee, Feb. 2015.
Link: [Paper]

Paper:

Hyochan Kim, Ji Sub Choi, Jungrae Kim, Jong Hwan Ko
Future Generation Computer Systems, Journal, May 2024, impact factor=7.5, JCR rank 91.4 pth
Link: [Paper]

Paper:

Dongwhee Kim*, Yujin Lim*, Syngha Han, and Jungrae Kim
Journal of KIISE, Journal, March. 2023
* Joint First Authors
Link: [Paper]

Paper:

MinGu Kang, Sang Min Hyun, Tae Hee Han, Jungrae Kim*, and Seokin Hong*
IEEE ACCESS, impact factor = 3.476, July. 2022 * Corresponding Authors
Link: [Paper]

Paper:

Ji Sub Choi, Jungrae Kim, Jong Hwan Ko
International Conference on ICT Convergence, pp.1111-1113, Oct 2021

Jeongsoo Park, Jungrae Kim, Jong Hwan Ko
MDPI Sensors, impact factor = 3.275, Jan. 2021

SAL’s research focus is a novel computer architecture for future AI computing and Cloud/IoT platforms. Its topics include Distributed Hardware System, GP-GPU, Neural Processing Unit, Memory sub-system, and Reliability. These are the critical aspects to scale up/out existing computers to deal with massive data in the era of Artificial Intelligence and Machine Learning.

As processing scaling continues, transistors became more vulnerable to faults and errors. In memories, there are new types of errors, such as variable retention time and row hammer. In logics, increasing variability makes it more difficult to exploit faster transistors from the scaling: with fewer atoms to build a transistor, few more atoms now greatly affect the performance of the transistor. Because of this process variation, there has to be more timing margins to run safe.

AI and Big Data made Memory Sub-system crucial in throughput-oriented processors, like NPU and GPU. These processors has increased computation throughput over decades, but the amount of data to feed these computation units has grown relatively poorly. To improve system performance, balancing memory storage capacity and transfer bandwidth with computation throughput is one of the key challenges in modern processors.

Our base platform to compute is migrating fast from the PC/mobile + server model to the CLOUD/EDGE/IoT platform, as the amount of data keeps exploding. This new platform partitions data and its computations across cloud, edge, and sensor layers, based on the amounts of resources available and resources needed. With the new platform and partitioning, network efficiency will be the key factor to integrate these layers and will determine overall performance of the platform.

Saeid Gorgin, Amirhossein Sadr, Dara Rahmati and Jungrae Kim
The IEEE International Symposium on Computer Arithmetic (ARITH), May. 2025

Saeid Gorgin, Ghassem Jaberipur, Jeong-A Lee, Seokjoo Shin, Jungrae Kim
The IEEE Embedded Systems Letters, March. 2025

Paper:

Nivedita Singh, Yejin Do, Yongsang Yu, Imane Fouad, Jungrae Kim, Hyoungshick Kim
ACM Transactions on the Web, Jan. 2025

Paper: