An Optimized Method for Information System Transactions Based on Blockchain

Accounting Information System (AIS), which is the foundation of any enterprise resource planning (ERP) system, often built as centralized system. The technologies that allow Internet-of-Value, on five aspects are network, algorithms, distributed ledger, transfers, and assets, based blockchain. Cryptography consensus protocols boost blockchain platform implementation, acting a deterrent to cyber-attacks hacks. Blockchain platforms foster innovation among supply chain participants, resulting in ecosystem development. Traditional business processes have been severely disrupted by blockchains since apps transactions previously required structures or trusted third-parties authenticate them may now function decentralized manner with same level assurance. Because split AIS easily lead double-spending attacks, reducing likelihood has become very important difficult research subject. Reduced block relay time between nodes can minimize propagation all nodes, better Bitcoin performance. In this paper, three problems were addressed transaction mechanisms order reduce split. A novel algorithm for proposed total delay transactions. Numerical results reveal that, performs compared existing methods.