Grammatical error correction (GEC) system is a practical task used in the real world, showing high achievements alongside the development of large language models (LLMs). However, these achievements have been primaril...
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Health became an important aspect in today's world. People are suffering from various viruses, infections etc. Citizens are getting terrified even if they have some symptoms. This stress is just because of not kno...
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Large language models are crucial for processing social media data, aiding in recommendation systems, sentiment analysis, and more. This study proposes a method to enhance sentiment analysis accuracy by combining word...
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ISBN:
(纸本)9798350374353;9798350374346
Large language models are crucial for processing social media data, aiding in recommendation systems, sentiment analysis, and more. This study proposes a method to enhance sentiment analysis accuracy by combining word embeddings with insights from a language-based model. Focused on consumer reviews, sentiments are categorized based on extreme polarities, excluding intermediate ratings. Empirical assessments show superior outcomes when combining opinions, summaries, and pre-processed summaries. Machine learning algorithms are applied to hybrid vectors to classify sentiments accurately, distinguishing between positive and negative viewpoints. This approach offers nuanced sentiment analysis within consumer feedback, facilitating understanding of product reviews. Overall, the method integrates feature extraction and machine learning to analyze binary polar data, providing sentiment estimates in a concise vector form, with promising implications for sentiment analysis and consumer sentiment understanding.
In this paper, we thoroughly examine the fundamental part which is Parts-Of-Speech (POS) Tagging of naturallanguageprocessing (NLP), especially. Our examination revolves around Hidden Markov Models (HMMs) usage to f...
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The invention of artificial intelligence and naturallanguageprocessing has revolutionised human-machine interaction, and OpenAI's ChatGPT models are at the forefront of this. GPT-3 and GPT-4 models generate huma...
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Statutory law is subject to change as legislation develops over time - new regulation can be introduced, while existing regulation can be amended, or repealed. From a requirements engineering (RE) perspective, such ch...
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ISBN:
(纸本)9798350395129;9798350395112
Statutory law is subject to change as legislation develops over time - new regulation can be introduced, while existing regulation can be amended, or repealed. From a requirements engineering (RE) perspective, such change must be dealt with to ensure the compliance of software systems at all times. Understanding the implications of regulatory change on compliance of software requirements requires navigating hundreds of legal provisions. Analyzing instances of regulatory change entirely manually is not only time-consuming, but also risky, since missing a change may result in non-compliant software which can in turn lead to hefty fines. In this paper, we propose MURCIA, an automated approach that leverages recent language models to assist human analysts in analyzing regulatory changes. To build MURCIA, we define a taxonomy that characterizes the regulatory changes at the textual level as well as the changes in the text's meaning and legal interpretation. We evaluate MURCIA on four regulations from the financial domain. Over our evaluation set, MURCIA can identify textual changes with F1 score of 90.5%, and it can provide, according to our taxonomy, the text meaning and legal interpretation with an F1 score of 90.8% and 83.7%, respectively.
Human activity recognition (HAR) is crucial for health monitoring and disease diagnosis in Internet-of-Things environments. However, existing HAR approaches either suffer from poor accuracy or achieve high accuracy at...
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ISBN:
(纸本)9798350344868;9798350344851
Human activity recognition (HAR) is crucial for health monitoring and disease diagnosis in Internet-of-Things environments. However, existing HAR approaches either suffer from poor accuracy or achieve high accuracy at the expense of costly manual annotations. To overcome the challenge above, we propose a novel method named LLMIE-UHAR that that leverages LLMs and Iterative Evolution to realize Unsupervised HAR. Specifically, with our designed prompt engineering mechanism, we employ large language models to fuse both contextual and semantic information, and annotate key samples selected by a clustering algorithm. Moreover, LLMIE-UHAR enhances the recognition accuracy with iterative evolution of clustering algorithm, large language models and the neural network based recognition model. Experiments conducted on the public ARAS datasets show the efficiency of our method, achieving an accuracy of 96.00%. This highlights the practical value of our approach.
The paper contains an analytical review of methods for solving problems of semantically coherent text processing, search and selection of learning models for solving text processing problems, comparison of the obtaine...
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The schema-less nature of knowledge graphs has led to their widespread adoption. It makes it possible for knowledge graphs to expand without interruption and to add new entities and relationships as needed. knowledge ...
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Whether in the field of linguistics or naturallanguageprocessing (NLP), the study of Chinese verb arguments has always been a priority. The knowledge base of verb arguments is an essential resource for linguistic re...
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ISBN:
(数字)9781665476744
ISBN:
(纸本)9781665476744
Whether in the field of linguistics or naturallanguageprocessing (NLP), the study of Chinese verb arguments has always been a priority. The knowledge base of verb arguments is an essential resource for linguistic research and naturallanguageprocessing research. However, previous knowledge bases have the following problems: (1) The method of constructing argument knowledge with verbs as items only lists few instances that can act as verb-argument roles, and cannot comprehensively present a large number of instances that act as argument roles. (2) Regarding determining the number of argument roles dominated by verbs, except for subject and object arguments, there is no clear operational standard for how many non-subject-object argument roles a verb dominates and how to determine them. Therefore, we propose an argument knowledge acquisition strategy based on big data, relying on a structured corpus and a structured retrieval system to acquire verb-argument instances from a large-scale corpus. At the same time, a calculation method for automatically determining the priority of verb non-subject-object argument is proposed, and preliminary experiments verify its effectiveness.
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