As the demand for precision, efficiency, and low-cost solutions in educational classification tasks continues to grow, enhancing model performance has become a critical focus of research. While large language models e...
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In an era characterized by rapid technological growth and digital transformation, the necessity for efficient and structured knowledge representation has grown more crucial. Standards serve as fundamental cornerstones...
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ISBN:
(纸本)9798400710193
In an era characterized by rapid technological growth and digital transformation, the necessity for efficient and structured knowledge representation has grown more crucial. Standards serve as fundamental cornerstones that offer guidelines, specifications, and frameworks to ensure the quality and interoperability of products, services, as well as systems. Nonetheless, the complexity and extensive nature of standard documents present significant challenges in extraction, alignment, and organization. Traditional manual processing methods frequently prove labor-intensive and susceptible to errors, impeding the capturing of intricate relationships and hierarchies within these standards. knowledge Graphs (KGs) provide a robust methodology for organizing information, facilitating improved functionalities for advanced search, reasoning, and analytics. Despite their potential, structuring KGs from standard documents continues to be challenging because of unstructured text, domain-specific terminology, and the intricacies in accurate information extraction. Recent advancements in naturallanguageprocessing (NLP), particularly the emergence of Large language Models (LLMs) like GPT-3, have opened new avenues for automating the extraction and structuring of information from unstructured content. These models exhibit exceptional proficiency in comprehending and producing human-like text, positioning them as feasible solutions for addressing the complexities associated with standard documents. This paper presents an automated framework named StandardKG Builder, which utilizes LLMs to construct knowledge graphs tailored for standard analysis from multiple perspectives for complex information extraction. Our evaluation on a comprehensive dataset of standard documents highlights the framework’s effectiveness and scalability. By merging sophisticated knowledge representation with advanced NLP techniques, our work significantly enhances the accessibility and analysis of standard docu
Tenyidie language belonging to the Tibeto-Burman family is one of the major languages of Nagaland in northeastern India. It is a low-resource, tonal, SOV, and a high agglutinative language. Stemming is an important Na...
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Currently, the surge in Internet users across the globe has led to a surge in the linguistic diversity of online information resources. In this vast information environment, cross-lingual information retrieval has bec...
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作者:
Ghosh, SagarikaDas, SomaChatterji, SanjayPratihar, SanjoyCSE
Indian Institute of Information Technology Kalyani West Bengal Kalyani India CSE
University of Engineering and Management Jaipur Rajasthan Jaipur India CSE
Institute of Engineering and Management Kolkata West Bengal Kolkata India
In contemporary software development and maintenance, the practice of reusing or copy-pasting code is prevalent to expedite processes. Consequently, numerous techniques have been developed to detect, compare, or match...
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In the context of vocational English teaching, writing skills are crucial for students' professional communication ***, traditional teaching methods often face challenges such as delayed feedback and insufficient ...
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The knowledge Graph Entity Typing (KGET) task aims to predict missing type annotations for entities in knowledge graphs. Most recent studies only focus on the structural information from an entity's neighborhood o...
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In the contemporary landscape of technological advancement, artificial intelligence (AI) holds immense potential to address complex issues. This study aims at exploring AI's applicability in the initial stages of ...
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In the contemporary landscape of technological advancement, artificial intelligence (AI) holds immense potential to address complex issues. This study aims at exploring AI's applicability in the initial stages of inventive design processes, specifically focusing on the initial situation analysis and resolution phases. It emphasizes leveraging information retrieval techniques, for the efficient design of innovative lattice structures, a noteworthy industrial challenge encompassing mass production at low cost. The approach entails formulating a TRIZ based contradiction query in naturallanguage and implementing an intricate information retrieval pipeline using a meticulously analyzing vast patent databases, as they epitomize a significant knowledge pool in the realm of technological innovations. This research underscores the nuanced challenges associated with optimizing retrieval pipelines to ensure reliable and contextually relevant data extraction. Ultimately culminating in the development of novel lattice structures, our findings accentuate new horizons in industrial production.
knowledge Distillation (KD) has attracted considerable attention as a typical model compression and knowledge transfer paradigm. However, most KD approaches are predicated on the implicit assumption: the deployed stud...
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Pre-trained language Model facilitates contextual relation classification by capturing contextual information, addressing word ambiguity, encoding global sentence context, enabling transfer learning, handling out-of-v...
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