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Volume 14, No. 12

SChain: A Scalable Consortium Blockchain Exploiting Intra- and Inter-Block Concurrency

Authors:
Zhihao Chen (East China Normal University), Haizhen Zhuo (Ant Group), Quanqing Xu (Ant Group), Xiaodong Qi (East China Normal University), Chengyu Zhu (East China Normal University), Zhao Zhang (East China Normal University), Cheqing Jin (East China Normal University), Aoying Zhou (East China Normal University), Ying Yan (Ant Group), Hui Zhang (Ant Group)

Abstract

We demonstrate SChain, a consortium blockchain that scales transaction processing to support large-scale enterprise applications. The unique advantage of SChain stems from the exploitation of both intra- and inter-block concurrency. The intra-block concurrency not only takes advantage of the multi-core processor on a single peer but also leverages the capacity of multiple peers. The inter-block concurrency enables simultaneous processing across multiple blocks to increase the utilization of various peers. In our demonstration, we use real-time dashboards containing visualization based on the output of SChain to give the attendees interactive explorations of how SChain achieves intra- and inter-block concurrency.

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