Access Control Encryption Based on LWE. - Gaosheng Tan; Rui Zhang 002; Hui Ma 002; Yang Tao 001 (APKC@AsiaCCS, 2017)

Key Dependent Message Security for Revocable Identity-Based Encryption and Identity-Based Encryption. - Rui Zhang 002; Yang Tao 001 (ICICS, 2018)

Distributed Key Generation for SM9-Based Systems. - Rui Zhang 002; Huan Zou; Cong Zhang; Yuting Xiao; Yang Tao 001 (Inscrypt, 2020)

An Efficient CCA-Secure Access Control Encryption for Any Policy. - Gaosheng Tan; Rui Zhang 002; Hui Ma 002; Yang Tao 001 (Inscrypt, 2020)

Short Zero-Knowledge Proof of Knowledge for Lattice-Based Commitment. - Yang Tao 001; Xi Wang; Rui Zhang 002 (PQCrypto, 2020)

Rényi divergence on learning with errors. - Yang Tao 001; Han Wang; Rui Zhang 002 (Sci. China Inf. Sci., 2020)

More Efficient Construction of Anonymous Signatures. - Yunfeng Ji; Yang Tao 001; Rui Zhang 002 (ICICS (2), 2021)

Generic, Efficient and Isochronous Gaussian Sampling over the Integers. - Shuo Sun; Yongbin Zhou; Yunfeng Ji; Rui Zhang 002; Yang Tao 001 (IACR Cryptol. ePrint Arch., 2021)

Fast Fourier Orthogonalization over NTRU Lattices. - Shuo Sun; Yongbin Zhou; Rui Zhang 002; Yang Tao 001; Zehua Qiao; Jingdian Ming (ICICS, 2022)

Generalizing Lyubashevsky-Wichs trapdoor sampler for NTRU lattices. - Yang Tao 001; Yunfeng Ji; Rui Zhang 002 (Sci. China Inf. Sci., 2022)

(Full) Leakage resilience of Fiat-Shamir signatures over lattices. - Yuejun Liu; Yongbin Zhou; Rui Zhang 002; Yang Tao 001 (Frontiers Comput. Sci., 2022)

Forward Security of Fiat-Shamir Lattice Signatures. - Yang Tao 001; Rui Zhang 002; Yunfeng Ji (ACNS (1), 2023)

Designated confirmer threshold signature and its applications in blockchains. - Yunfeng Ji; Rui Zhang 002; Yang Tao 001; Birou Gao (Cybersecur., 2024)

Threshold ring signature: generic construction and logarithmic size instantiation. - Huizhuo Wang; Yang Tao 001; Rui Zhang 002 (Cybersecur., 2024)

Atomic cross-chain swap based on private key exchange. - Zeshuo Zhu; Rui Zhang 002; Yang Tao 001 (Cybersecur., 2024)

Cocoon: certificateless blockchain wallet supporting both stealth address and revocation. - Birou Gao; Rui Zhang 002; Yang Tao 001; Shihan Qin (Cybersecur., 2025)