Auditable Credential Anonymity Revocation Based on Privacy-Preserving Smart Contracts. - Rujia Li 001; David Galindo; Qi Wang 012 (DPM/CBT@ESORICS, 2019)

An Accountable Decryption System Based on Privacy-Preserving Smart Contracts. - Rujia Li 001; Qin Wang 008; Feng Liu 059; Qi Wang 012; David Galindo (ISC, 2020)

An Offline Delegatable Cryptocurrency System. - Rujia Li 001; Qin Wang 008; Xinrui Zhang; Qi Wang 012; David Galindo; Yang Xiang 001 (IEEE ICBC, 2021)

A Weak Consensus Algorithm and Its Application to High-Performance Blockchain. - Qin Wang 008; Rujia Li 001 (INFOCOM, 2021)

Non-Fungible Token (NFT): Overview, Evaluation, Opportunities and Challenges. - Qin Wang 008; Rujia Li 001; Qi Wang 012; Shiping Chen 001 (CoRR, 2021)

Exploring Unfairness on Proof of Authority: Order Manipulation Attacks and Remedies. - Qin Wang 008; Rujia Li 001; Qi Wang 012; Shiping Chen 001; Yang Xiang 001 (AsiaCCS, 2022)

Frontrunning Block Attack in PoA Clique: A Case Study. - Xinrui Zhang; Qin Wang 008; Rujia Li 001; Qi Wang 012 (ICBC, 2022)

How Do Smart Contracts Benefit Security Protocols? - Rujia Li 001; Qin Wang 008; Qi Wang 012; David Galindo (CoRR, 2022)

Exploring Web3 From the View of Blockchain. - Qin Wang 008; Rujia Li 001; Qi Wang 012; Shiping Chen 001; Mark Ryan 001; Thomas Hardjono (CoRR, 2022)

SoK: TEE-Assisted Confidential Smart Contract. - Rujia Li 001; Qin Wang 008; Qi Wang 012; David Galindo; Mark Ryan 001 (Proc. Priv. Enhancing Technol., 2022)

Design and evaluation of blockchain-based security protocols. - Rujia Li 001 (2022)

Time-manipulation Attack: Breaking Fairness against Proof of Authority Aura. - Xinrui Zhang; Rujia Li 001; Qin Wang 008; Qi Wang 012; Sisi Duan (WWW, 2023)

Formal Security Analysis on dBFT Protocol of NEO. - Qin Wang 008; Rujia Li 001; Shiping Chen 001; Yang Xiang 001 (Distributed Ledger Technol. Res. Pract., 2023)

Transparent Registration-Based Encryption through Blockchain. - Qin Wang 008; Rujia Li 001; Qi Wang 012; David Galindo; Shiping Chen 001; Yang Xiang 001 (Distributed Ledger Technol. Res. Pract., 2023)

Transaction Fairness in Blockchains, Revisited. - Rujia Li 001; Xuanwei Hu; Qin Wang 008; Sisi Duan; Qi Wang 012 (IACR Cryptol. ePrint Arch., 2023)

Accountable Decryption made Formal and Practical. - Rujia Li 001; Yuanzhao Li; Qin Wang 008; Sisi Duan; Qin Wang 012; Mark Ryan 001 (IACR Cryptol. ePrint Arch., 2023)

Max Attestation Matters: Making Honest Parties Lose Their Incentives in Ethereum PoS. - Mingfei Zhang; Rujia Li 001; Sisi Duan (IACR Cryptol. ePrint Arch., 2023)

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)

Towards Efficient and Practical Multi-party Computation under Inconsistent Trust in TEEs. - Xuanwei Hu; Rujia Li 001; Yi Liu 053; Qi Wang 012 (SP, 2025)

Available Attestation: Towards a Reorg-Resilient Solution for Ethereum Proof-of-Stake. - Mingfei Zhang; Rujia Li 001; Xueqian Lu; Sisi Duan (IACR Cryptol. ePrint Arch., 2025)

Accountable Decryption Made Formal and Practical. - Rujia Li 001; Yuanzhao Li; Qin Wang 008; Sisi Duan; Qi Wang 012; Mark Ryan 001 (IEEE Trans. Inf. Forensics Secur., 2025)

Bringing Smart Contract Confidentiality via Trusted Hardware: Fact and Fiction. - Rujia Li 001; Qin Wang 008; Yuanzhao Li; Sisi Duan; Qi Wang 012; David Galindo (IEEE Trans. Inf. Forensics Secur., 2025)