Arabic Ontology: Linguistic Engineering Foundations

Q2 Social Sciences
Ali Boulaalam, Nisrine El Hannach
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引用次数: 0

Abstract

This scientific intervention aims to raise the issue of the automatic processing of natural languages. Especially at its levels related to ontological studies, enabling the machine to recognize information and invest it accurately, beyond the constraints of semantic ambiguity is considered a scientific challenge. This would not be possible without relying on the contextual detection process of linguistic engineering, which is based on a hybrid approach that combines both statistical and linguistic methods. It is an approach that falls within the context of platform linguistics, or what is termed "fourth-generation linguistics", a natural outgrowth of the digital revolution, based on its horizontal extension in various domains and fields of knowledge, thus establishing a new indicative model in which platforms with linguistic and computer interact. In this context, the associative aspects within the compositional linguistic perceptions are a focal point in operating research operations that fall within the automatic processing of natural language, given the nature of its theoretical and methodological architecture with an empirical inductive basis. It also enables the building of computer platforms by preparing morphological, synthetic, semantic, and pragmatic analyzers. Investing in the advanced technological tools provided by the artificial intelligence system; especially in its aspects related to machine learning, deep learning, and neural network; will enable the provision of a linguistic platform capable of developing paths of teaching the Arabic language to non-native speakers.
阿拉伯语本体:语言工程基础
这一科学干预旨在提出自然语言自动处理的问题。特别是在与本体论研究相关的层面上,使机器能够超越语义模糊的限制,准确地识别信息并对其进行投资被认为是一项科学挑战。如果不依赖于语言工程的上下文检测过程,这是不可能的,这是基于结合了统计和语言方法的混合方法。这是一种属于平台语言学的方法,或者被称为“第四代语言学”,是数字革命的自然产物,基于它在各个领域和知识领域的横向扩展,从而建立了一个新的指示模型,在这个模型中,语言和计算机平台相互作用。在这种情况下,组合语言感知中的联想方面是属于自然语言自动处理的运筹学操作的焦点,考虑到其具有经验归纳基础的理论和方法架构的性质。它还可以通过准备形态、合成、语义和语用分析器来构建计算机平台。投资于人工智能系统提供的先进技术工具;特别是在机器学习、深度学习、神经网络等方面;将能够提供一个语言平台,能够发展向非母语人士教授阿拉伯语的途径。
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来源期刊
CiteScore
3.30
自引率
0.00%
发文量
32
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