[1] Matching Comes First: Efffcient Certiffcateless
Lattice-Based Bilateral Access Control with On-Demand Matching, IEEE TIFS,2026 (CCF A, 第一作者为博士生高欣)
[2] A multiple-encrypted DNAdevice for secure
communication. Science Advances. 2026 Jul 3;12(27):eaef9101.(Science子刊)
[3] A Fast Intermittent Fault Diagnosis Algorithm
for a Class of Data Center Networks, IEEE TC, 2025 (CCF A, 第一作者为博士生董辉)
[4] Distributed Vector Commitments and
Their Applications, Usenix Security 2026 (CCF A, 第一作者为博士生高睿)
[5] RLP-ABE: Puncturable
CP-ABE for Effficient User Revocation from Lattices in Cloud Storage, IEEE
TIFS, 2025 (CCF A, 第一作者为博士生杨梦雪)
[6] Single Proof for
Multi-authentications: Decentralized Anonymous Functional Credentials based on
fNIZK, IEEE TDSC, 2026
(CCF A, 第一作者为博士生赵陆天禹)
[7] EPSRQ: Efficient Privacy-preserving
Spatial-keyword Range Query Processing in Cloud, IEEE TIFS, 2025 (CCF A, 第一作者为博士生蒋明峰)
[8]Reliable Communication Scheme Based
on Completely Independent Spanning Trees in Data Center Networks, IEEE TC, 2025
(CCF A, 第一作者为博士生董辉)
[9]Post-Quantum Rollup: Falcon Signature
Aggregation Based on SNARG with Enhanced Gates, IEEE TIFS, 2025 (CCF A, 第一作者为博士生赵陆天禹)
[10] Invisible Warning Line: Efficient
and Generic Regulation for Anonymous Cryptocurrencies, IEEE TDSC, online, DOI:
10.1109/TDSC.2024.3475391 (CCF A, 第一作者为博士生高睿 )
[11] PM-ABE: Puncturable Bilateral
Fine-Grained Access Control from Lattices for Secret Sharing,DOI:
10.1109/TDSC.2024.3431035 (CCF A, 第一作者为博士生杨梦雪)
[12] A Succinct Range Proof for
Polynomial-based Vector Commitment, CCS 2024 (CCF A, 第一作者为博士生高睿 )
[13] Division of Regulatory Power:
Collaborative Regulation for Privacy-Preserving Blockchains, IEEE TIFS, 2024
(CCF A, 第一作者为博士生赵陆天禹)
[14] Puncturable Attribute-Based
Encryption From Lattices for Classified Document Sharing, IEEE TIFS, 2024 (CCF
A, 第一作者为博士生杨梦雪)
[15] PUL-ABE: An Efficient and
Quantum-Resistant CP-ABE With Policy Update in Cloud Storage, IEEE TSC, 2024
(CCF A, 第一作者为博士生杨梦雪)
[16] Designated-Verifier Aggregate
Signature Scheme With Sensitive Data Privacy Protection for Permissioned
Blockchain-Assisted IIoT, IEEE TIFS, 2023 (CCF A, 第一作者为博士生李甜)
[17] Synchronized Provable Data
Possession Based on Blockchain for Digital Twin. IEEE TIFS, 2022 (CCF A, 第一作者为博士生李甜)
[18] 王化群,万志国,何德彪,于佳,Synchronous
Blockchain-Based Distributed Provable Data Possession With Forward-Security,
IEEE TSC, 2024 (CCF A)
[19] 王化群,王其华,何德彪,Blockchain-Based Private
Provable Data Possession, IEEE TDSC,2021 (CCF A)
[20] 王化群,何德彪,付安民,李琦,王其华,Provable Data
Possession with Outsourced Data Transfer, IEEE
TSC, 2021 (CCF A)