基于多面本体的事件序列生成与分析

V. Zayakin, L. Lyadova, Mikhail A. Smirnov, V. Lanin, N. Matta, E. Zamyatina
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引用次数: 1

摘要

本文介绍了一种使用来自各种互联网来源(开放数据库、新闻提要、社交网络等)的数据来分析不同领域的过程的方法。这是适合进行跨学科的研究,包括在各个领域的过程(例如,经济,医学,政治,生态等),其中的事件可以有相互影响。本文主要提出了事件序列的概念。事件序列与时间序列类似,被定义为被调查过程的一些参数值的集合,其中事件类型被指示,而不是测量时间。事件序列分析不仅应该考虑测量与时间(或事件年表)的关系,还应该考虑在过程研究中可以确定的因果关系。事件序列的形成是基于使用多面本体来描述研究的不同方面,如数据源和从中提取的信息结构来解决用户的任务,以及领域和事件,表征事件的规则,以及解决任务的方法。本体用于处理非结构化数据以构建事件日志,该事件日志在构建事件系列时的第一步形成。接下来,在执行用于创建和分析流程模型的流程挖掘工具之前,使用本体对数据进行预处理。利用多面本体,专家可以根据事件时间序列的概念,为数据预处理和生成事件日志定义新的规则。这些工具允许生成更多信息的模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Event Series Generation and Analysis Based on Multifaceted Ontology
The article presents an approach to the analyzing processes in different domains using data from various Internet sources (open databases, news feeds, social networks, etc.). This one is suitable to carry out cross-disciplinary research encompassing processes in various fields (for example, economics, medicine, politics, ecology, etc.) in which events can have mutual affects. The concept of event series is given as the main one in this study. Event series are defined via analogy with time series as a collection of values of some parameters of the investigated processes, where the type of event is indicated instead of the measurement time. The event series analysis should take into account not only the relationship of measurements with time (or the events chronology), but also the causal relationships that can be identified at the study of processes. The event series formation is based on using multifaceted ontology describing different aspects of research such as data sources and structure of information extracted from them to solve user’s tasks, as well as domains and events, rules that characterize events, and the methods to solve tasks. The ontology is used when working with unstructured data to build an event log, which is formed in the first step when constructing event series. Next, the ontology is used to pre-process data before performing process mining tools applied to creating and analyzing models of processes. Using multifaceted ontology experts can define new rules for pre-processing data and generating event logs based on the concept of event-time series. These tools allow to generate more informative models.
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