To present the biodiversity information, a semantic model is required that connects all kinds of data about living creatures and their habitats. The model must be able to encode human knowledge for machines to be understood. Ontology offers the richest machine-interpretable (rather than just machine-processable) and explicit semantics that are being extensively used in the biodiversity domain. Various ontologies are developed for the biodiversity domain however a review of the current landscape shows that these ontologies are not capable to define the Indian biodiversity information though India is one of the megadiverse countries. To semantically analyze the Indian biodiversity information, it is crucial to build an ontology that describes all the essential terms of this domain from the unstructured format of the data available on the web. Since, the curation of the ontologies heavily depends on the domain where these are implemented hence there is no ideal methodology is defined yet to be ready for universal use. The aim of this article is to develop an ontology that semantically encodes all the terms of Indian biodiversity information in all its dimensions based on the proposed methodology. The comprehensive evaluation of the proposed ontology depicts that ontology is well built in the specified domain.
翻译:为了提供生物多样性信息,需要一种将关于生物及其生境的各类数据联系起来的语义模型来提供生物多样性信息。模型必须能够将人类知识编码为需要理解的机器。本体学提供了最丰富的机器解释(而不仅仅是机器处理)和清晰的语义,这些语义正在生物多样性领域广泛使用。为生物多样性领域开发了各种特征,然而,对当前地貌的回顾表明,这些本体无法界定印度的生物多样性信息,尽管印度是巨型生物多样性国家之一。对印度生物多样性信息进行语义分析,关键是要从网上现有数据未结构化的格式中建立一种描述这一领域所有基本术语的本体学。由于对本体学的诠释在很大程度上取决于执行这些术语的领域,因此,目前还没有确定理想的方法可供普遍使用。本文章的目的是要发展一种本体学,在语义上将印度生物多样性信息的所有层面都编码成其所有层面,以拟议的方法为基础。对拟议的本体学领域进行了全面评价。在拟议的方法中,对拟议的本体学进行了设计。