Journal
2026
3 papers
Seunghun Paik†, Chanwoo Hwang†, and Jae Hong Seo*
Towards Generating Unlearnable Examples for Open-Set Face Recognition
IEEE SPL
TBA
Minsu Kim†, Seunghun Paik†, Seongae Baek, Sangyoon Shin, Sunpill Kim, and Jae Hong Seo*
SilverMask: Face Template Protection with Fine-Grained Noise Correction
IEEE Access
TBA
Hyeonbum Lee, Seunghun Paik, Hyunjung Son, and Jae Hong Seo*
Cougar: Cubic Root Verifier Inner Product Argument under Discrete Logarithm Assumption
IEEE Access
TBA
2025
4 papers
Hyunjung Son, Seunghun Paik, Yunki Kim, Sunpill Kim, Heewon Chung, Jae Hong Seo*
Doubly Efficient Fuzzy Private Set Intersection for High-dimensional Data with Cosine Similarity
IEEE Access
DOI
Seunghun Paik, Dongsoo Kim, Chanwoo Hwang, Sunpill Kim, and Jae Hong Seo*
Towards Certifiably Robust Face Recognition: Analyses and Improvements
IEEE TBIOM
DOI
Seunghun Paik, Chanwoo Hwang, Sunpill Kim, and Jae Hong Seo*
On the Reversibility of Locality-Sensitive Hashing-based Biometric Template Protections
IEEE TDSC
DOI
Sunpill Kim, Hoyong Shin and Jae Hong Seo*
Deep Face Template Protection in the Wild
Pattern Recognition
Apr 2025 · DOI
2024
1 paper
Changhao Chenli, Wenyi Tang, Hyeonbum Lee, and Taeho Jung
Fair2Trade: Digital Trading Platform Ensuring Exchange and Distribution Fairness
IEEE TDSC
Feb 2024 · DOI
2023
2 papers
Sungwook Kim, Hyeonbum Lee, Gwangwoon Lee, and Jae Hong Seo*
Leopard: Sublinear Verifier Inner Product Argument under Discrete Logarithm Assumption.
IEEE TIFS
Aug 2023 · DOI
Hyung Tae Lee and Jae Hong Seo*
On the Security of Functional Encryption in the Generic Group Model.
Designs, Codes & Crypto.
May 2023 · DOI
2022
2 papers
2021
3 papers
Chanyang Ju, Hyeonbum Lee, Heewon Chung, Jae Hong Seo, and Sungwook Kim*
Efficient Sum-Check Protocol for Convolution.
IEEE Access
Dec 2021 · DOI
Chanyang Ju, Hyeonbum Lee, Heewon Chung, and Jae Hong Seo*
Analysis of Zero-Knowledge Protocols for Verifiable Computation and Its Applications (연산을 검증하기 위한 영지식 증명 프로토콜의 기법 및 응용 사례 분석).
KIISC 정보보호학회논문지
2021 · DOI
Keita Emura, Jae Hong Seo, and Yohei Watanabe*
Efficient revocable identity-based encryption with short public parameters.
Theor. Computer Science
Apr 2021 · DOI
2020
2 papers
2019
2 papers
Hyung Tae Lee, San Ling, Jae Hong Seo*, and Huaxiong Wang; [alphabetical order]
Public Key Encryption with Equality Test from Generic Assumptions in the Random Oracle Model
Information Sciences
2019 · DOI
Sungwook Kim, Jinsu Kim, and Jae Hong Seo*
A New Approach for Practical Function-Private Inner Product Encryption.
Theor. Computer Science
Sep 2019 · DOI
2018
2 papers
Jae Hong Seo, Keita Emura, Keita Xagawa, and Kazuki Yoneyama
Accumulable Optimistic Fair Exchange from Verifiably Encrypted Homomorphic Signatures.
Int. J. Info. Security
2018 · DOI
Jinsu Kim, Sungwook Kim, and Jae Hong Seo*
A new Scale-Invariant Homomorphic Encryption Scheme.
Information Sciences
2018 · DOI
2017
1 paper
Jae Hong Seo
Short Signatures from Diffie–Hellman: Realizing Almost Compact Public Key
J. Cryptology
Jul 2017 · DOI
2016
4 papers
Hyung Tae Lee, San Ling, Jae Hong Seo*, and Huaxiong Wang; [alphabetical order]
Semi-Generic Construction of Public Key Encryption and Identity-Based Encryption with Equality Test
Information Sciences
2016 · DOI
Hyung Tae Lee, San Ling, Jae Hong Seo* and Huaxiong Wang
CCA2 attack and modification of Huang et al.'s public key encryption with authorized equality test
The Computer Journal
2016 · DOI
Jae Hong Seo and Keita Emura
Revocable hierarchical identity-based encryption via history-free approach
Theor. Computer Science
2016 · DOI
Keita Emura, Jae Hong Seo*, and Taek-Young Youn; [alphabetical order]
Semi-generic Transformation of Revocable Hierarchical Identity-Based Encryption and its DBDH Instantiation
IEICE Trans. Fundamentals
Jan 2016 · DOI
2014
3 papers
Jae Hong Seo and Keita Emura
Revocable Identity-Based Encryption with Rejoin Functionality
IEICE Trans. Fundamentals
Aug 2014 · DOI
Jae Hong Seo and Keita Emura
Revocable Identity-Based Cryptosystem Revisited: Security Models and Constructions
IEEE TIFS
2014 · DOI
Jae Hong Seo and Keita Emura
Revocable Hierarchical Identity-Based Encryption
Theor. Computer Science
2014 · DOI
2013
2 papers
2012
2 papers
Jung Hee Cheon, Stanislaw Jarecki, and Jae Hong Seo*; [alphabetical order]
Multi-Party Privacy-Preserving Set Intersection with Quasi-linear Complexity
IEICE Trans. Fundamentals
Aug 2012 · DOI
Jae Hong Seo
Short Round Sub-linear Zero-Knowledge Argument for Linear Algebraic Relations
IEICE Trans. Fundamentals
Apr 2012 · DOI
2011
1 paper
Jae Hong Seo, Tetsutaro Kobayashi, Miyako Ohkubo, and Koutarou Suzuki
Anonymous Hierarchical Identity-Based Encryption with Short Ciphertexts
IEICE Trans. Fundamentals
Jan 2011 · DOI
2009
1 paper
Jae Hong Seo, HyoJin Yoon, Seongan Lim, Jung Hee Cheon, and Dowon Hong
Analysis of Privacy-Preserving Element Reduction of a Multiset
J. Korean Math. Soc.
2009 · DOI
Conference
2026
3 papers
Seunghun Paik†, Sunpill Kim†, Chanwoo Hwang, and Jae Hong Seo*
Casting the Net! Revisiting MasterFace Impersonation Attacks
ACM CCS
2026 · TBA
Seunghun Paik, Nirajan Koirala, Jack Nero, Hyunjung Son, Yunki Kim, Jae Hong Seo*, and Taeho Jung*
Scalable Private Set Intersection over Distributed Encrypted Data
ASIACCS
2026 · TBA
Nirajan Koirala, Seunghun Paik, Sam Martin, Helena Berens, Tasha Januszewicz, Jonathan Takeshita, Jae Hong Seo, Taeho Jung
Select-Then-Compute: Encrypted Label Selection and Analytics over Distributed Datasets using FHE
NDSS
2026 · TBA
2025
5 papers
Sunpill Kim, Seunghun Paik, Chanwoo Hwang, Minsu Kim, and Jae Hong Seo*
Non-Adaptive Adversarial Face Generation
NeurIPS
2025 · TBA
Changjin Kim, Chanwoo Hwang, Sunpill Kim, and Jae Hong Seo*
A Survey of Model Inversion Attacks on Image Domain
ICTC
2025 · DOI
Yunki Kim, Hyunjung Son, Seunghun Paik, and Jae Hong Seo*
A Survey on Fuzzy Private Set Intersection Protocols
ICTC
2025 · DOI
Sunpill Kim†, Seunghun Paik†, Chanwoo Hwang, Dongsoo Kim, Junbum Shin, and Jae Hong Seo*
IDFace: Face Template Protection for Secure and Efficient Identification
ICCV
2025 · DOI
Jaehwan Park†, Hyeonbum Lee†, Junbeom Hur, Jae Hong Seo* and Doowon Kim*
UTRA: Universal Token Reusability Attack and Token Unforgeable Delegatable Order-Revealing Encryption
ESORICS
2025 · DOI
2024
4 papers
Seunghun Paik, Dongsoo Kim, Chanwoo Hwang, Sunpill Kim and Jae Hong Seo*
Towards Certifiably Robust Face Recognition
ECCV
2024 · DOI
Seunghun Paik, Dongsoo Kim, Chanwoo Hwang, Sunpill Kim and Jae Hong Seo*
On the Certifiable Robustness of Face Recognition Systems
CISC-S
2024
Hyeonbum Lee, Kyuhwan Lee, Wenyi Tang, Shankha Shubhra Mukherjee, Jae Hong Seo, and Taeho Jung
PrivHChain: Monitoring the Supply Chain of Controlled Substances with Privacy-Preserving Hierarchical Blockchain
IEEE ICBC
2024 · DOI
Sunpill Kim, Yong Kiam Tan, Bora Jeong, Soumik Mondal, Khin Mi Mi Aung, and Jae Hong Seo*
Scores Tell Everything about Bob: Non-adaptive Face Reconstruction on Face Recognition Systems
IEEE S&P
2024 · DOI
2023
2 papers
Seunghun Paik, Sunpill Kim, and Jae Hong Seo*
Security Analysis on Locality-Sensitive Hashing-Based Biometric Template Protection Schemes.
BMVC (Oral)
2023 · DOI
Hyeonbum Lee, and Jae Hong Seo*
TENET : Sublogarithmic Proof and Sublinear Verifier Inner Product Argument without a Trusted Setup.
IWSEC
2023 · DOI
2022
2 papers
Sungwook Kim, Hyeonbum Lee, and Jae Hong Seo*
Efficient Zero-Knowledge Arguments in Discrete Logarithm Setting: Sublogarithmic Proof or Sublinear Verifier
IACR-ASIACRYPT
2022 · DOI
Chanyang Ju, Wenyi Tang, Changhao Chenli, Gwangwoon Lee, Jae Hong Seo, and Taeho Jung
Monitoring Provenance of Delegated Personal Data With Blockchain.
IEEE Blockchain
2022 · acc. 15.3% · DOI
2021
1 paper
Sunpill Kim, Yunseong Jeong, Jinsu Kim, Jungkon Kim, Hyung Tae Lee, and Jae Hong Seo*
IronMask: Modular Architecture for Protecting Deep Face Template
CVPR
2021 · acc. 23.7% · DOI
2017
1 paper
Yohei Watanabe, Keita Emura, and Jae Hong Seo
New Revocable IBE in Prime-Order Groups: Adaptively Secure, Decryption Key Exposure Resistant, and with Short Public Parameters
CT-RSA
2017 · DOI
2015
3 papers
Jae Hong Seo and Keita Emura
Adaptive-ID Secure Revocable Hierarchical Identity-Based Encryption
IWSEC
2015 · DOI
Jae Hong Seo, Keita Emura, Keita Xagawa, and Kazuki Yoneyama
Accumulable Optimistic Fair Exchange from Verifiably Encrypted Homomorphic Signatures
ACNS
2015 · DOI
Jae Hong Seo and Keita Emura
Revocable Hierarchical Identity-Based Encryption: History-Free Update, Security Against Insiders, and Short Ciphertexts
CT-RSA
2015 · acc. 23.4% · DOI
2014
2 papers
Jung Hee Cheon, Hyung Tae Lee, and Jae Hong Seo; [alphabetical order]
A New Additive Homomorphic Encryption based on the co-ACD Problem
ACM CCS
2014 · acc. 19.5% · DOI
Hyung Tae Lee and Jae Hong Seo*; [alphabetical order]
Security Analysis of Multilinear Maps over the Integers
IACR-CRYPTO
2014 · acc. 26% · DOI
2013
3 papers
Florian Böhl, Dennis Hofheinz, Tibor Jager, Jessica Koch, Jae Hong Seo, and Christoph Striecks; [alphabetical order]
Practical Signatures from Standard Assumptions
IACR-EUROCRYPT
2013 · acc. 20% · DOI
Jae Hong Seo and Keita Emura
Revocable Identity-Based Encryption, Revisited: Security Definition and Construction
IACR-PKC
2013 · acc. 28% · DOI
Jae Hong Seo and Keita Emura
Efficient Delegation of Key Generation and Revocation Functionalities in Identity-Based Encryption
CT-RSA
2013 · acc. 28% · DOI
2012
3 papers
Jae Hong Seo
On the (Im)possibility of Projecting Property in Prime-Order Setting
IACR-ASIACRYPT
2012 · acc. 17% · DOI
Jae Hong Seo, Jung Hee Cheon, and Jonathan Katz
Constant-Round Multi-Party Private Set Union using Reversed Laurent Series
IACR-PKC
2012 · acc. 22% · DOI
Jae Hong Seo and Jung Hee Cheon
Beyond the Limitation of Prime-Order Bilinear Groups, and Round Optimal Blind Signatures
IACR-TCC
2012 · acc. 27% · DOI
2011
1 paper
Jae Hong Seo
Round-Efficient Sub-linear Zero-Knowledge Arguments for Linear Algebra
IACR-PKC
2011 · acc. 27% · DOI
2009
1 paper
Jae Hong Seo, Tetsutaro Kobayashi, Miyako Ohkubo, and Koutarou Suzuki
Anonymous Hierarchical Identity-Based Encryption with Constant Size Ciphertexts
IACR-PKC
2009 · acc. 25% · DOI
The corresponding author is marked with *. The equal contribution is marked with †.