区块链作为协同本体进化的平台

W. Mohsen, M. Aref, Khaled ElBahnasy
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引用次数: 2

摘要

到目前为止,语义网还是一个不完整的梦想,但是像区块链这样的革命性平台可能是这个问题的解决方案,而不是最理想的现实。对于本体论的进化方面的理解和支持仍然很少。这在分布式和协作环境(如语义网)中尤为重要,在语义网中,本体自然会与其使用社区共同发展。在此设置中,不同的组织和团队协作构建域的公共基础。在这种“复杂”和动态的环境中,协作变更过程模型需要更强大的工程、论证和协商方法。区块链提供了一个健壮的框架,用于团队协作和在无限数量的团队之间进行全局本体版本控制。区块链是一个具有高拜占庭容错性的分布式计算系统的例子。这使得区块链可能适用于记录演化事件、本体记录和其他记录管理活动,如本体演化、事务处理和本体文档来源。在本文中,在简要总结区块链的重要特征之后,我们描述了基于区块链技术及其工件构建进化模型的区块链授权解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Blockchain as a Platform for Collaborative Ontology Evolution
The Semantic Web is an incomplete dream so far, but a revolutionary platform as Blockchain could be the solution to this, not optimal reality. There is still little understanding of, and support for, the evolutionary aspects of ontologies. This is particularly crucial in distributed and collaborative settings such as the Semantic Web, where ontologies naturally co-evolve with their communities of use. In this setting, different organizations and teams collaboratively build a common ground of the domain. In this "complex" and dynamic setting, a collaborative change process model requires more powerful engineering, argumentation and negotiation methodologies. Blockchain offers a robust framework for teams' collaboration and ontology versioning globally between an infinite number of teams. Blockchain is an example of a distributed computing system with high Byzantine fault tolerance. This makes blockchains potentially suitable for the recording of evolution events, ontology records, and other records management activities, such as ontology evolution, transaction processing and ontology documenting provenance. In this paper, after briefly summarizing the significant features of Blockchain, we describe blockchain-empowered solutions for building an evolution model based on blockchain technology and its artifacts.
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