Byzantine Fault Tolerance from Weak Certificates. - Sisi Duan; Haibin Zhang; Xiao Sui; Baohan Huang; Changchun Mu; Gang Di; Xiaoyun Wang 001 (IACR Cryptol. ePrint Arch., 2022)

Marlin: Two-Phase BFT with Linearity. - Xiao Sui; Sisi Duan; Haibin Zhang (IACR Cryptol. ePrint Arch., 2022)

BG: A Modular Treatment of BFT Consensus. - Xiao Sui; Sisi Duan; Haibin Zhang (IACR Cryptol. ePrint Arch., 2022)

Signature-Free Atomic Broadcast with Optimal O(n2) Messages and O(1) Expected Time. - Xiao Sui; Sisi Duan (IACR Cryptol. ePrint Arch., 2023)

Dashing and Star: Byzantine Fault Tolerance with Weak Certificates. - Sisi Duan; Haibin Zhang; Xiao Sui; Baohan Huang; Changchun Mu; Gang Di; Xiaoyun Wang 001 (EuroSys, 2024)

A Novel Lightweight Multi-Strategy Particle Swarm Optimization. - Jeng-Shyang Pan 001; Huai-Jian Xu; Shu-Chuan Chu; Xiao Sui (ICMLC, 2024)

Vision Paper: Do We Need Standardization of Blockchain Consensus? - Progress and Challenges to Standardizing Blockchain Consensus. - Zhaoxin Yang; Xiao Sui; Mingfei Zhang; Rujia Li 001; Sisi Duan (SSR, 2024)

Rondo: Scalable and Reconfiguration-Friendly Randomness Beacon. - Xuanji Meng; Xiao Sui; Zhaoxin Yang; Kang Rong; Wenbo Xu 002; Shenglong Chen; Ying Yan 002; Sisi Duan (IACR Cryptol. ePrint Arch., 2024)

BG: A Modular Treatment of BFT Consensus Toward a Unified Theory of BFT Replication. - Xiao Sui; Sisi Duan; Haibin Zhang (IEEE Trans. Inf. Forensics Secur., 2024)

Signature-Free Atomic Broadcast with Optimal $O(n^{2})$ Messages and $O(1)$ Expected Time. - Xiao Sui; Xin Wang; Sisi Duan (SP, 2025)

A Novel Differential Exchange Parallel Great Wall Construction Algorithm for Efficient Multilevel Image Segmentation. - Jeng-Shyang Pan 001; Rongli Zhang; Shu-Chuan Chu; Xiao Sui; Junzo Watada (IEEE Access, 2025)

Otter: Scalable Sharding-Based Atomic Broadcast with Abortable Fork Detection. - Xin Wang; Xiao Sui; Sisi Duan (IACR Cryptol. ePrint Arch., 2025)

Pike: Two-Phase BFT With Linearity and Flexible View Change. - Xiao Sui; Qichang Liu; Sisi Duan; Haibin Zhang (IEEE Trans. Computers, 2025)