Using the Link Grammar Parser in the Study of  Turkic Languages

Batura, Tatiana; Murzin, Feodor; Semich, Dmitry; Sagnayeva, S.K.; Tazhibayeva, Saule; Bakiyev, M.N.; Yerimbetova, Aigerim; Bakiyeva, Aigerim

doi:10.32523/2306-6172-2016-4-2-14-22

Cited by 3 publications

(3 citation statements)

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“…Upon executing the model on an attached dataset comprising 400,000 sentences, the model's performance deviated from expectations [16] and the growing challenges in text processing that arise from the increasing volume of information on the Internet [17]. The discrepancy stemmed from the fact that the original model operated on a modified algorithm for generating paraphrased sentences, courtesy of the ChatGPT-2 algorithm.…”

Section: Diversity Of Lexical Styles: Official and Informalmentioning

confidence: 97%

Text Generation Models for Paraphrase on Kazakh Language

Kassenkhan,

Mukazhanov,

Nuralykyzy

et al. 2024

kazutb

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This study delves into the relatively unexplored domain of natural language processing for the Kazakh language—a language with limited computational resources. The paper dissects the effectiveness of diffusion models and transformers in generating text, specifically paraphrases, which is a critical aspect of machine learning applications such as chatbots, virtual assistants, and automated translation services. The researchers methodically adapt these advanced models to understand and generate Kazakh text, tackling the unique challenges posed by the language's complex morphology. The paper is comprehensive in its approach, covering everything from the initial adaptation of the models to the Kazakh language context, to the creation of specialized tokenizer tools, to the translation and preparation of datasets for effective training. Through rigorous testing and performance analysis, the study identifies the strengths and weaknesses of each model type. This is critical as it informs the direction of future research and model development, with the goal of enhancing the fluency and accuracy of automated Kazakh text generation. The paper also discusses the broader impact of its findings, suggesting that the methodologies and insights gained could inform similar efforts in other low-resource languages, thereby contributing to the global field of NLP. The research concludes with reflections on the implications of their findings for the ongoing development of machine learning technologies, asserting the potential of these technologies to accommodate the intricacies of any language, given the right approach and resources. This work not only advances the technical capabilities for Kazakh text generation but also serves as a testament to the potential of machine learning to bridge language gaps and foster greater digital inclusivity.

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Section: Diversity Of Lexical Styles: Official and Informalmentioning

confidence: 97%

Text Generation Models for Paraphrase on Kazakh Language

Kassenkhan,

Mukazhanov,

Nuralykyzy

et al. 2024

kazutb

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“…This is a convenient way to test intended solutions to problems, and avoid interfering with active objects, which can lead to crashes, data loss, and system corruption. In addition, the use of simulation packages greatly facilitates the debugging and evaluation of resource management algorithms, allowing them to be carried out more quickly and efficiently [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15].…”

Section: Introductionmentioning

confidence: 99%

Modeling of the process of providing telecommunication services in cloud systems

Kanaev,

Poletaeva

2023

E3S Web Conf.

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The topic discussed in this article is related to the efficient use of resources when providing telecommunications services in a cloud environment. Telecommunications companies pay special attention to testing and introducing new digital services, including data networks. And the use of cloud services is one of the promising tasks, the solution and integration of which with existing systems and equipment will significantly increase the efficiency of the devices involved in favor of expanding the range of services provided both in relation to telecommunication networks within the technological process and in the business management of the entire company. And taking into account the currently ongoing global project to organize a multi-service data transmission network and the widespread modernization of individual regions to organize a high-speed transport data transmission network, it will allow modeling and preliminary assessment of the effectiveness of the services provided in such communication networks at the current stage.

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“…In particular, [12] describes the approaches focused on agglutinative languages. In most works, the authors limit themselves to considering the morphological structure of the Kazakh or Turkish languages, carry out their comparative analysis.…”

Section: Introductionmentioning

confidence: 99%

Grammatical categories determination for Turkish and Kazakh languages based on machine learning algorithms and fulfilling dictionaries of link grammar parser

Yerimbetova

Tussupova²,

Sambetbayeva

et al. 2021

EEJET

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This research is aimed at identifying the parts of speech for the Kazakh and Turkish languages in an information retrieval system. The proposed algorithms are based on machine learning techniques. In this paper, we consider the binary classification of words according to parts of speech. We decided to take the most popular machine learning algorithms. In this paper, the following approaches and well-known machine learning algorithms are studied and considered. We defined 7 dictionaries and tagged 135 million words in Kazakh and 9 dictionaries and 50 million words in the Turkish language. The main problem considered in the paper is to create algorithms for the execution of dictionaries of the so-called Link Grammar Parser (LGP) system, in particular for the Kazakh and Turkish languages, using machine learning techniques. The focus of the research is on the review and comparison of machine learning algorithms and methods that have accomplished results on various natural language processing tasks such as grammatical categories determination. For the operation of the LGP system, a dictionary is created in which a connector for each word is indicated – the type of connection that can be created using this word. The authors considered methods of filling in LGP dictionaries using machine learning. The complexities of natural language processing, however, do not exclude the possibility of identifying narrower tasks that can already be solved algorithmically: for example, determining parts of speech or splitting texts into logical groups. However, some features of natural languages significantly reduce the effectiveness of these solutions. Thus, taking into account all word forms for each word in the Kazakh and Turkish languages increases the complexity of text processing by an order of magnitude

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Using the Link Grammar Parser in the Study of Turkic Languages

Cited by 3 publications

References 0 publications

Text Generation Models for Paraphrase on Kazakh Language

Text Generation Models for Paraphrase on Kazakh Language

Modeling of the process of providing telecommunication services in cloud systems

Grammatical categories determination for Turkish and Kazakh languages based on machine learning algorithms and fulfilling dictionaries of link grammar parser

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