Business intelligence model for unstructured data management

Mohammad Fikry Abdullah, Kamsuriah Ahmad
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引用次数: 14

Abstract

Business Intelligence plays an important role in the organization for collecting, integrating, analyzing and transforming data to be useful for effective decision making process. Nowadays, organizations are flooded with various kinds of unstructured data such as e-mail, images, reports, maps, charts, publications. An effective and efficient business model of these data could help in decision making. Currently, there is no study done on the business intelligence model for managing unstructured data that can fulfil the organization needs. Therefore, the purpose of this paper is to improve the organization's business intelligence process through the exploitation of unstructured data that is owned by the organization. In this study, unstructured data are classified, enriched and complemented with diversity of data through the process of creating metadata for each unstructured data. Four main processes are proposed to transform unstructured data to structured data which are extraction, classification, storage and mapping of data classes. Each process and its activities are combined to produce an effective and efficient business intelligence model for unstructured data management. This model helps in generating new data and information that is more comprehensive and collective to help business intelligence through advanced analysis, decision-making process and planning new research areas. Output from this study is to make unstructured data as renewable assets that is easily accessible and used as a reference and foundation in business intelligence and decision making process.
用于非结构化数据管理的商业智能模型
商业智能在组织中扮演着重要的角色,用于收集、集成、分析和转换数据,从而为有效的决策过程提供有用的信息。如今,组织充斥着各种各样的非结构化数据,如电子邮件、图像、报告、地图、图表、出版物。这些数据的有效和高效的商业模式可以帮助决策。目前,还没有对用于管理能够满足组织需求的非结构化数据的商业智能模型进行研究。因此,本文的目的是通过利用组织拥有的非结构化数据来改进组织的商业智能流程。在本研究中,通过为每个非结构化数据创建元数据的过程,对非结构化数据进行分类、丰富和补充数据的多样性。提出了将非结构化数据转化为结构化数据的四个主要过程:数据类的提取、分类、存储和映射。将每个流程及其活动组合起来,生成用于非结构化数据管理的有效且高效的业务智能模型。该模型有助于生成更加全面和集体性的新数据和信息,从而通过高级分析、决策过程和规划新的研究领域来帮助商业智能。本研究的结果是使非结构化数据成为易于访问的可再生资产,并作为商业智能和决策过程的参考和基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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