Enhanced Transaction Confirmation Performances without Gas by Using Ethereum Blockchain

Blockchain is the distributed decentralized application for developing many of the use cases. In blockchain, the applications are transparent to all the nodes in the decentralized network and the application may be private or public depends upon the use cases. The nodes in the distributed network sh...

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Bibliographic Details
Published in:Webology 2022-01, Vol.19 (1), p.5310-5329
Main Authors: Sriman, B, Kumar, S Ganesh
Format: Article
Language:English
Subjects:
Blockchain
Digital signatures
Gases
Gasoline prices
Mining
Optimization techniques
Peer to peer computing
Service stations
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Summary:Blockchain is the distributed decentralized application for developing many of the use cases. In blockchain, the applications are transparent to all the nodes in the decentralized network and the application may be private or public depends upon the use cases. The nodes in the distributed network shares all the data to the other nodes without any modification in the blockchain technology. The transaction by the node is secured through the digital signatures. In this paper, we implemented the application by confirming the transaction without paying the gas fee by deploying the smart contract. The solidity is a JavaScript programming language for writing our smart contract. We explained the gas optimization technique used by the users and the gas station network in a decentralized application and also explained about the parameters in the Ethereum transactions. We used the open zeppelin library, which allows us to run our to implement the gasless transaction.
ISSN:1735-188X
1735-188X
DOI:10.14704/WEB/V19I1/WEB19357