面向OWL思维的并行环境设计

Sanjana C Madargi, L. Ragha, V. Mane
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摘要

目前,大量可用的信息以图像的形式存在,搜索所需的图像非常困难且非常耗时。由于互联网上的搜索量非常大,而且提取的图像的相关性还没有达到标准,因此搜索可能需要更长的时间。像本体这样的技术和像OWL这样的语言帮助我们标记图像,描述图像的语义。因此,它有助于更快地搜索所需的图像。此外,OWL和语义网的另一个挑战是从图像中提取各种对象之间的关系的速度。挑战在于使用并行方法更有效地从图像中提取语义。在本文中,我们探索了使用T-box方法、合并分类、提取概念以匹配本体等并行方法生成语义知识的不同技术。我们提出了一种结合t盒和合并分类技术的改进方法来提高计算速度。
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A Parallel Environment Designing for OWL Thinking
A huge volume of information available today is in the form of images and searching the wanted images is very difficult and highly time-consuming. The search may take longer periods as the search volume on the internet is very huge and also the relevance of extracted images is still not up to the mark. The technologies like ontology and languages like OWL help us to tag the images that describe the semantic of the images. Hence, it helps in faster searching of the wanted images. Also, another challenge with OWL and Semantic web is the speed in which one can derive the relationships between various objects extracted from the images. The challenge is to extract the semantic from the images more efficiently using a parallel approach. In this paper, we explore the different techniques for generating semantic knowledge using parallel approaches like the T-box approach, merge classification, extract concept for matching ontology. We propose an enhanced method to speed-up the computation by combining T-box and merge classification techniques.
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