Sisi Duan

Sisi Duan

University of Maryland, Baltimore County

H-index: 17

North America-United States

About Sisi Duan

Sisi Duan, With an exceptional h-index of 17 and a recent h-index of 16 (since 2020), a distinguished researcher at University of Maryland, Baltimore County, specializes in the field of distributed systems, security, blockchain, cyber physical systems.

His recent articles reflect a diverse array of research interests and contributions to the field:

Sleepy Consensus in the Known Participation Model

Byzantine Fault Tolerance with Non-Determinism, Revisited

Dashing and Star: Byzantine fault tolerance with weak certificates

Pando: Extremely Scalable BFT Based on Committee Sampling

Rondo: Scalable and Reconfiguration-Friendly Randomness Beacon

Fin: Practical signature-free asynchronous common subset in constant time

BG: A Modular Treatment of BFT Consensus Towards a Unified Theory of BFT Replication

Practical asynchronous distributed key generation: Improved efficiency, weaker assumption, and standard model

Sisi Duan Information

University

Position

Assistant Professor

Citations(all)

839

Citations(since 2020)

746

Cited By

249

hIndex(all)

17

hIndex(since 2020)

16

i10Index(all)

21

i10Index(since 2020)

20

Email

University Profile Page

Google Scholar

Sisi Duan Skills & Research Interests

distributed systems

security

blockchain

cyber physical systems

Top articles of Sisi Duan

Sleepy Consensus in the Known Participation Model

Cryptology ePrint Archive

2024/1/31

Byzantine Fault Tolerance with Non-Determinism, Revisited

Cryptology ePrint Archive

2024

Sisi Duan
Sisi Duan

H-Index: 8

Yue Huang
Yue Huang

H-Index: 10

Dashing and Star: Byzantine fault tolerance with weak certificates

2024/4/22

Pando: Extremely Scalable BFT Based on Committee Sampling

Cryptology ePrint Archive

2024

Rondo: Scalable and Reconfiguration-Friendly Randomness Beacon

Cryptology ePrint Archive

2024

Fin: Practical signature-free asynchronous common subset in constant time

2023/11/15

BG: A Modular Treatment of BFT Consensus Towards a Unified Theory of BFT Replication

IEEE Transactions on Information Forensics and Security

2023/9/25

Sisi Duan
Sisi Duan

H-Index: 8

Haibin Zhang
Haibin Zhang

H-Index: 9

Practical asynchronous distributed key generation: Improved efficiency, weaker assumption, and standard model

2023/6/27

Time-manipulation attack: Breaking fairness against proof of authority Aura

2023/4/30

Max Attestation Matters: Making Honest Parties Lose Their Incentives in Ethereum PoS

Cryptology ePrint Archive

2023

Mingfei Zhang
Mingfei Zhang

H-Index: 4

Sisi Duan
Sisi Duan

H-Index: 8

Signature-Free Atomic Broadcast with Optimal Messages and Expected Time

Cryptology ePrint Archive

2023

Sisi Duan
Sisi Duan

H-Index: 8

Pace: Fully parallelizable bft from reproposable byzantine agreement

2022/11/7

Haibin Zhang
Haibin Zhang

H-Index: 9

Sisi Duan
Sisi Duan

H-Index: 8

How to achieve adaptive security for asynchronous BFT?

Journal of Parallel and Distributed Computing

2022/11/1

Recent progress on BFT in the era of blockchains

2022/10

Sisi Duan
Sisi Duan

H-Index: 8

Haibin Zhang
Haibin Zhang

H-Index: 9

Bft in blockchains: From protocols to use cases

2022/9/14

Brief announcement: Asynchronous verifiable information dispersal with near-optimal communication

2022/7/20

Balanced byzantine reliable broadcast with near-optimal communication and improved computation

2022/7/20

Marlin: Two-phase BFT with linearity

2022/6/27

Sisi Duan
Sisi Duan

H-Index: 8

Haibin Zhang
Haibin Zhang

H-Index: 9

Foundations of dynamic BFT

2022/5/22

Sisi Duan
Sisi Duan

H-Index: 8

Haibin Zhang
Haibin Zhang

H-Index: 9

Dory: Faster Asynchronous BFT with Reduced Communication for Permissioned Blockchains

Cryptology ePrint Archive

2022

See List of Professors in Sisi Duan University(University of Maryland, Baltimore County)