A Novel Certificateless Multi-signature Scheme over NTRU Lattices. - Xinjian Chen 004; Qiong Huang 001; Jianye Huang 001 (ISPEC, 2021)

Efficient functional encryption for inner product with simulation-based security. - Wenbo Liu; Qiong Huang 001; Xinjian Chen 004; Hongbo Li 004 (Cybersecur., 2021)

A novel identity-based multi-signature scheme over NTRU lattices. - Xinjian Chen 004; Qiong Huang 001; Hongbo Li 004; Zhijian Liao; Willy Susilo (Theor. Comput. Sci., 2022)

A fully dynamic forward-secure group signature from lattice. - Zhijian Liao; Qiong Huang 001; Xinjian Chen 004 (Cybersecur., 2022)

FS-IBEKS: Forward secure identity-based encryption with keyword search from lattice. - Xinmin Yang; Xinjian Chen 004; Jianye Huang 001; Hongbo Li 004; Qiong Huang 001 (Comput. Stand. Interfaces, 2023)

Identity-Based Signature from Lattices Without Trapdoors. - Pingbin Luo; Xinjian Chen 004; Willy Susilo; Qiong Huang 001 (ICICS (2), 2024)

Lattice-Based Non-interactive Blind Signature Schemes in the Random Oracle Model. - Haoqi Zhang; Xinjian Chen 004; Qiong Huang 001 (ProvSec (1), 2024)

Identity-Based Encryption With Disjunctive, Conjunctive and Range Keyword Search From Lattices. - Zesheng Lin; Hongbo Li 004; Xinjian Chen 004; Meiyan Xiao; Qiong Huang 001 (IEEE Trans. Inf. Forensics Secur., 2024)

A lattice-based public key encryption scheme with delegated equality test. - Kaifeng Xiao; Xinjian Chen 004; Jianye Huang 001; Hongbo Li 004; Qiong Huang 001 (Comput. Stand. Interfaces, 2024)

A fully secure lattice-based signcryption with designated equality test in standard model. - Kaifeng Xiao; Xinjian Chen 004; Hongbo Li 004; Jianye Huang 001; Willy Susilo; Qiong Huang 001 (Inf. Sci., 2024)

Post-quantum secure group signature with verifier local revocation and backward unlinkability. - Shuaining Gao; Xinjian Chen 004; Hongbo Li 004; Willy Susilo; Qiong Huang 001 (Comput. Stand. Interfaces, 2024)

A Non-Interactive Identity-Based Multi-Signature Scheme on Lattices With Public Key Aggregation. - Xinjian Chen 004; Jianye Huang 001; Kaifeng Xiao; Hongbo Li 004; Qiong Huang 001 (IEEE Trans. Dependable Secur. Comput., 2025)