A Review of Asynchronous Byzantine Consensus Protocols
Author Information
Author(s): Ji Zhenyan, Zhang Xiao, Hu Jianghao, Lu Yuan, Liu Jiqiang
Primary Institution: Beijing Jiaotong University
Conclusion
Asynchronous Byzantine consensus protocols provide high resilience and security in adverse internet environments, making them a significant area of research.
Supporting Evidence
- Asynchronous Byzantine consensus protocols do not rely on network timing assumptions, enhancing their robustness.
- Protocols based on DAG structures improve transaction confirmation speed and scalability.
- ACS-based protocols consume less memory but may experience performance declines with more nodes.
Takeaway
This study looks at how certain protocols help computers agree on things even when some of them might be acting badly, which is important for keeping data safe.
Methodology
The paper reviews and compares various asynchronous Byzantine consensus protocols based on their structural designs and performance.
Limitations
The protocols may face performance declines as the number of nodes increases, and memory usage can grow significantly in DAG-based protocols.
Digital Object Identifier (DOI)
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