Coding in a programming language can indeed be a meticulous and a less interesting task, especially when compared to the fluidity of spoken or written communication. Each programming language has its own set of syntax...
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The increasing integration of Large language Mod-els (LLMs) into pivotal decision-making contexts highlights the necessity for rigorous scrutiny to ensure fairness, especially in tasks involving naturallanguage Proce...
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Recently, knowledge-grounded dialogue has received increasing interest to render the generated responses with more useful and engaging information. However, the knowledge, locally relevant to the user's utterance,...
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Repositories of safety reports are often underutilized and only analyzed manually by trained experts, despite safety management systems requiring reports. These collections of documents contain a wealth of information...
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Repositories of safety reports are often underutilized and only analyzed manually by trained experts, despite safety management systems requiring reports. These collections of documents contain a wealth of information from past projects and operations that could improve system safety and design. Advances in naturallanguageprocessing techniques have improved information extraction and retrieval in consumer technology, biomedicine, and finance, for instance, but have not been applied to engineering documents on the same scale. To this end, the Manager for Intelligent knowledge Access (MIKA) open-source toolkit has been developed for rapid knowledge discovery and information retrieval in safety engineering applications. The MIKA toolkit uses state-of-the-art naturallanguageprocessing algorithms and allows a user to apply these methods to their own dataset. This paper describes the MIKA toolkit and its two primary capabilities, knowledge discovery and information retrieval, and demonstrates the toolkit via a case study on National Transportation Safety Board (NTSB) reports. The United States Government retains, and by accepting the article for publication, the publisher acknowledges that the United States Government retains, a non-exclusive, paid-up, irrevocable, worldwide license to publish or reproduce the published form of this work, or allow others to do so, for United States Government purposes. Permission granted to INCOSE to publish and use.
Recently, research on the development of artificial intelligence, in particular generative AI, has been active around the current world. Recent research mainly focuses on generating various types of outputs (text, ima...
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ISBN:
(纸本)9798350361513;9798350372304
Recently, research on the development of artificial intelligence, in particular generative AI, has been active around the current world. Recent research mainly focuses on generating various types of outputs (text, image, video, etc.) from naturallanguage textual inputs. However, understanding the meaning of these prompts in AI remains a challenge. In this paper, we propose a mechanism for extracting Cartoon images via UML Models based on naturallanguage-based specifications, mapping a cut image's cartoon elements with UML properties extracted through linguistic textual analysis in software engineering. We expect software engineers to automatically help toon writers generate a cartoon's image with linguistic mechanisms.
naturallanguageprocessing (NLP) aids in the advancement of intelligent machines through its emphasis on etymologically grounded human-PC connections and a greater understanding of the human language. The demand and ...
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Fine-grained entity typing (FET), which assigns entities in text with context-sensitive, fine-grained semantic types, is a basic but important task for knowledge extraction from unstructured text. FET has been studied...
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ISBN:
(纸本)9798400704901
Fine-grained entity typing (FET), which assigns entities in text with context-sensitive, fine-grained semantic types, is a basic but important task for knowledge extraction from unstructured text. FET has been studied extensively in naturallanguageprocessing and typically relies on human-annotated corpora for training, which is costly and difficult to scale. Recent studies explore the utilization of pre-trained language models (PLMs) as a knowledge base to generate rich and context-aware weak supervision for FET. However, a PLM still requires direction and guidance to serve as a knowledge base as they often generate a mixture of rough and fine-grained types, or tokens unsuitable for typing. In this study, we vision that an ontology provides a semantics-rich, hierarchical structure, which will help select the best results generated by multiple PLM models and head words. Specifically, we propose a novel annotation-free, ontology-guided FET method, ONTOTYPE, which follows a type ontological structure, from coarse to fine, ensembles multiple PLM prompting results to generate a set of type candidates, and refines its type resolution, under the local context with a naturallanguage inference model. Our experiments on the Ontonotes, FIGER, and NYT datasets using their associated ontological structures demonstrate that our method outperforms the state-of-the-art zero-shot fine-grained entity typing methods as well as a typical LLM method, ChatGPT. Our error analysis shows that refinement of the existing ontology structures will further improve fine-grained entity typing.
This paper examines and evaluates the effectiveness of recurrent neural network (RNN) architectures for naturallanguageknowledge. The paper starts by imparting historical data on recurrent neural networks and their ...
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Audio-to-text summary entails turning spoken knowledge into brief written summaries to help in effective information retrieval and *** an oral argument in court In audio, spoken legal discourse is condensed into a bri...
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Text defect correction holds a pivotal role within the domain of text processing. In the face of the rapid advancement of naturallanguageprocessing (NLP) technologies, significant challenges persist in achieving pre...
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ISBN:
(纸本)9798350359329;9798350359312
Text defect correction holds a pivotal role within the domain of text processing. In the face of the rapid advancement of naturallanguageprocessing (NLP) technologies, significant challenges persist in achieving precision and efficiency, particularly within specialized domains such as software requirements. For instance, traditional methods require labor-intensive verification, and the generative Large language Models(LLMs) paradigm suffers from illusions and knowledge deficits. So for professional software requirement text and defect correction processing, we construct a Chinese requirement text defect corpus containing 215 Chinese requirement texts and 10,049 manually labeled sentences and propose a contextual prompt pattern based on LLMs, which mainly includes the following steps: (1) Requirements text defect detection classification using fine-tuned BERT. (2) Extracting primary key information from requirement text using fine-tuned UIE. (3) The above results are embedded as contextual information in extensible prompt templates, respectively, and defects are corrected by interacting with generative LLMs. The experimental results show that by utilizing prompt learning and in-context learning techniques for requirement text defect correction, we achieved an outstanding improvement (30.3%) in defect correction effectiveness.
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