Knowledge Extraction from Source Code Based on Hidden Markov Model: Application to EPICAM

Fidèl Jiomekong Azanzi, G. Camara
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引用次数: 4

Abstract

Large software systems evolve rapidly and these evolutions are usually integrated directly into source code without updating the conceptual model. As a consequence, implementation platforms evolve faster than business logic. Thus, when extracting knowledge to enrich or build an ontology, business logic is not always a complete data source. To solve this problem, some authors have suggested to adopt an ontology learning approach in order to extract knowledge from the source code. In this paper, we show how to realize this task using Hidden Markov Models. experiments on EPICAM, a tuberculosis surveillance system shows the relevance of this approach.
基于隐马尔可夫模型的源代码知识提取:在EPICAM中的应用
大型软件系统发展迅速,这些发展通常直接集成到源代码中,而不需要更新概念模型。因此,实现平台比业务逻辑发展得更快。因此,在提取知识以丰富或构建本体时,业务逻辑并不总是一个完整的数据源。为了解决这个问题,一些作者建议采用本体学习方法从源代码中提取知识。在本文中,我们展示了如何使用隐马尔可夫模型来实现这一任务。在结核病监测系统EPICAM上进行的实验表明了这种方法的相关性。
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