Seunghwan, Lee (이승환)
Integrated MS/PhD course in Hanyang University (~ 19.03.01)
Laboratory Homepage: ccrl.hanyang.ac.kr
Email Address: kr3951@hanyang.ac.kr
Interest: Lattice-based Cryptography,
Zero-knowledge proof,
Multiparty computation (SPDZ-like),
Algebraic geometry on Finite fields,
Low-level programming for accelerating speeds.
[Pre C2] Seunghwan Lee, Dohyuk Kim, Heong-Gun Joo and Dong-Joon Shin,
Fast, compact and hardware friendly bootstrapping in less than 3ms using Multiple Instruction Multiple Ciphertext (submitted to Eurocrypt25)
[C1] Seunghwan Lee, Jaesang Noh, Taejeong Kim, Dohyuk Kim, Dong-Joon Shin
Actively Secure MPC in the Dishonest Majority Setting: Achieving Constant Complexity in Online Communication, Computation Per Gate, Rounds, and Private Input Size
[J3] Hyeong-Gun Joo, Seunghwan Lee, Dong-Joon Shin,
Extended Number Theoretic Transform for Light-weight Post-quantum Cryptosystems in IoT (IEEE Internet of Things Journal, 24.11)
[J2] Seunghwan Lee, Dong-Joon Shin,
Overflow-Detectable Floating-Point Fully Homomorphic Encryption (IEEE ACCESS, 24.01)
The previous rejection record and reviewer comments (Thanks to anonymous reviewers)
Crypto22
Asiacrypt22
Eurocrypt23
Crypto23
https://sites.google.com/view/seunghwanlee/reviewed-list-od-fpfhe?authuser=0
[J1] Minki Song, Seunghwan Lee, Eunsang Lee, Dong-Joon Shin, Young-Sik Kim, Jong-Seon No
Analysis of error dependencies on NewHope (IEEE ACCESS, 20.03)
The previous rejection record and reviewer comments (Thanks to anonymous reviewers)
Crypto19
[C1] Dohyuk Kim, Seunghwan Lee and Dong-Joon Shin,
Homomorphic Equal and Less Than Query Protocol (IEEE IC-NIDC, 23. 11)
[PCT, Korea] Seunghwan Lee, and Dong-Joon Shin,
Homomorphic encryption system with improved computation speed and ciphertext generation method
[P1] Finite field, Programmable bootstrapping, and FPFHE (Seoul University, 24.01.09)