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Official Document Management for Government Service in Indonesia using Smart Contract

机译:使用智能合同的印度尼西亚政府服务官方文件管理

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In general, the electronic official documents system is designed with a centralized system and managed by each government agency, so that data and records of official documents process activities are stored in a centralized database and managed by a single organizational unit. However, there are some disadvantages of this centralized system, especially in the workflow of official documents that involve more than one organizational unit. i.e. dependence on third parties which is the sole authority of the official documents data management. If there is a system failure there is a certain period of time, it will increase the activity cycle time and decrease activity time efficiency in the official documents business process. The blockchain-based solution described in this paper is to avoid the occurrence of delay times during the activity cycle time in business processes when a system failure occurs which can cause a decrease in activity time efficiency. Blockchain makes the official documents system become “Trusless Operation” with each participant of different organizational unit having a copy of transaction data through a consensus mechanism. The simulation results show that our system can reduce time delay in activity cycle time during a system failure as long as the number of faulty peers within the tolerance limit so that it can increase the activity time efficiency.
机译:一般而言,电子官方文件系统专为集中系统设计,由每个政府机构管理,因此官方文档进程活动的数据和记录存储在集中式数据库中并由单个组织单位管理。然而,该集中系统存在一些缺点,特别是在涉及多个组织单位的官方文档的工作流程中。即,依赖第三方,这是官方文件数据管理的唯一权力。如果有一个系统故障有一段时间,它将增加活动周期时间并降低官方文档业务流程中的活动时间效率。本文描述的基于区块链的解决方案是在发生系统故障时避免在业务流程中的活动周期时间期间发生延迟时间的发生,这可能导致活动时间效率降低。 BlockChain使官方文件系统成为“Trusless操作”,每个参与者通过共识机制,各种组织单位的参与者进行交易数据副本。仿真结果表明,只要公差极限内的故障对等体的数量,我们的系统可以减少系统故障期间活动周期时间的时间延迟,以便它可以提高活动时间效率。

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