Paper Title
Performance Metrics with Block Height on Hyperledger Fabric Blockchain
Abstract
Blockchain is a decentralized ledger of immutable digital data that may be used by a variety of organizations. The
only way to operate data on the private blockchain is through an authorized organization of customers. Hyperledger Fabric
(HLF) is a type of private blockchain. The Fabric is made up of different modules, including endorsers, orderers, and
committers. Although HLF can handle a faster transaction speed, the performance of HLF depends on the system
configuration parameter values during the system set up time. The parameter values of block timeout and block size in the
orderer section is one of the system requirements which need to predefine to meet the demand of a system’s performance.
The number of block height is also affected in the blockchain by defining the suitable values of them. Specifically, the paper
analyzes the parameters of block timeout and block size in the orderer section to determine the most suitable values that
align with the user's system requirements. By studying and optimizing these parameters, the proposed system aims to
enhance the performance and efficiency of the HLF blockchain implementation for the blockchain-based system.
Keywords - Blockchain, Hyperledger Fabric, Endorsers, Orderers, Committers, Block Height
Author - Cho Cho Htet, Aye Myat Thu
Published : Volume-10,Issue-12 ( Dec, 2023 )
DOIONLINE Number - IJAECS-IRAJ-DOIONLINE-20379
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Published on 2024-02-19 |
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