Text classification with an efficient preprocessing technique for cross-language and multilingual data

Abstract

The procedure of eradicating extraneous textual elements and preparing or process- ing the values to be fed into the classifier model is often indicates the concept of text-preprocessing. There are several preprocessing methods, however not all of them are effective when used with cross-language and multilingual datasets. Run- ning a cross-lingual or multilingual dataset through a single pre-processing method and text classification model is rather challenging. What if a technique could be used to better classify data from multilingual and cross lingual datasets? In order to accelerate the process of improving accuracy, we tested various combinations of data pre-processing with text classification models on datasets in Bangla, English, and cross-lingual (Native language written in English letters). We may infer from our experiment that mLSTM functioned effectively for datasets in Bangla and English. Thus, mLSTM can be a helpful preprocessing method for datasets containing a variety of languages.

Description

Cataloged from PDF version of thesis.
Includes bibliographical references (pages 43-44).
This thesis is submitted in partial fulfillment of the requirements for the degree of Bachelor of Science in Computer Science, 2022.

Keywords

Random forest, Logistic regression, TF-IDF, SVM, XGB, mLSTM, LSTM, Information retrieval, Sentiment analysis, NLP

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