用于教育目的的区块链:基本拓扑

Q. Aini, Ninda Lutfiani, N. Santoso, S. Sulistiawati, Erna Astriyani
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引用次数: 30

摘要

区块链技术以其大规模的数字化趋势而闻名,在各种组织中发挥着重要作用。由于它是区块链的分布式和去中心化,这一特性使得基于产品和服务的区块链技术的作用与以前的技术产品有很大不同。这个区块链提供的价值主张非常适合应用于教育领域。几年后,这引起了各行各业的混乱,目前的教育领域,包括那些印尼人民非常认为没有进展和道路到位。很有可能在未来的十年里,那些不太敏感的教育演员会因为风暴般的破坏技术而一个个倒下。教育机构是意识到区块链技术的优势和非凡潜力的机构之一。除其他事项外,数字签名证书在数字存档的上下文中非常重要,可以验证教育机构中文档的真实性。但由于社区教育的缺失,人们对区块链技术在教育领域的应用优势并不了解。因此,公众对区块链的理解以本体的形式包装在教育百叶窗上。这项研究特别探索了使用根默克尔方法的本体方法,为区块链的应用提供解决方案,包括缓慢的过程和小的存储空间。这个问题导致教育机构很难将学习的过程和阶段存储到区块链中。这项研究可以成为从数字签名证书中识别解决方案的基石,在归档、认证和数字验证方面,设计一个新的突破性框架,采用本体方法进行区块链教育设计。
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Blockchain For Education Purpose: Essential Topology
Blockchain technology is known for its large-scale digitisation trends that play an important role in various organisations. Because it is distributed and decentralized from blockchain, this feature makes the role of blockchain technologies based on products and services significantly different from previous technology offerings. The value proposition offered by this blockchain is very suitable to be applied in education. After a few years this caused disruption from various industry circles, current educational areas including those that are very perceived by the Indonesian people there is no progress and road in place. It is possible that in the next ten years, the educational actors who are less sensitive will one by one fall because of the storm-cast disruption technology. The educational institution is one of which is aware of the advantages and extraordinary potential of blockchain technology. Among other things, a digital signature certificate is important in the context of digital archiving to verify the authenticity of a document in an educational institution. But the lack of education from the community makes ignorance about the point of the advantage of blockchain technology that can be applied in the field of education. Therefore, a public understanding of the blockchain is packaged in the form of ontology on the education shutter. This research in particular is exploring the ontology approach of using root merkle methods in providing solutions to the application of blockchain, including slow process and small storage space. This issue causes it to be very difficult for educational institutions to store processes and stages of learning into the blockchain. This research can be the cornerstone of identifying solutions from certificates of digital signatures in terms of archiving, authentication and digital verification on the design of a new breakthrough framework with an ontology approach to blockchain educational design.
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