Delivered at:: Department of Applied Mathematics and Informatics (Faculty of Informatics, Mathematics, and Computer Science (HSE Nizhny Novgorod))

Course type:: Compulsory course

When:: 4 year, 3 module

Instructor

Slashchinin, Sergey

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Abstract

Kurs napravlen na podgotovku spetsialistov, sposobnykh provodit' informatsionnoye modelirovaniye predmetnoy oblasti i reshat' prikladnyye zadachi obrabotki informatsii na vysokom tekhnicheskom urovne. Prakticheskiye zanyatiya sluzhat dlya polucheniya ustoychivykh navykov obrabotki yestestvennogo yazyka s ispol'zovaniyem sovremennykh vysokourovnevykh yazykov programmirovaniya v kachestve prikladnogo programmistaDlya vypolneniya zadaniy ispol'zuyetsya skriptovyy yazyk Python3, a takzhe tekhnologicheskaya platforma Anaconda4. Dlya osvoyeniya uchebnoy distsipliny, studenty dolzhny vladet' sleduyushchimi znaniyami i kompetentsiyami: • sovremennyye metody proyektirovaniya i realizatsii informatsionnykh sistem; • osnovnyye algoritmy i struktury dannykh dlya bystrogo poiska informatsii; • programmirovaniye na yazykakh S, C++

Learning Objectives

The objectives of mastering the discipline "Computational Linguistics" are the formation of students' clear understanding of the place and role of modern data extraction systems, mastering the theoretical foundations of modeling and processing information in natural language, understanding the trends in the development of the industry and the direction of prospective research, students' study of the principles of building modern information retrieval systems

Expected Learning Outcomes

Be able to process texts using basic algorithms
Be able to use vector representations of texts to answer queries
Be able to use a probabilistic model to search for information in the text

Course Contents

Basics of text processing
Transformer models and their applications to various natural language processing tasks
Language modeling and text representation methods

Assessment Elements

Laboratory work 1. Collection of text corpus
Laboratory work 2. Processing and classification of texts
Laboratory work 3. Topic Modeling
Laboratory work 4. Generating texts using a neural network language model
Laboratory work 5. Modern problems of language analysis
Exam
Tickets, theory included, + additional questions/tasks

Interim Assessment

2023/2024 3rd module
0.2 * Exam + 0.16 * Laboratory work 1. Collection of text corpus + 0.16 * Laboratory work 2. Processing and classification of texts + 0.16 * Laboratory work 3. Topic Modeling + 0.16 * Laboratory work 4. Generating texts using a neural network language model + 0.16 * Laboratory work 5. Modern problems of language analysis

Bibliography

Recommended Core Bibliography

Derivatives analytics with Python : data analysis, models, simulation, calibration and hedging, Hilpisch, Y. J., 2015

Recommended Additional Bibliography

Image analysis, classification, and change detection in remote sensing : with algorithms for Python, Canty, M. J., 2019
Learning Python : [covers Python 2.5], Lutz, M., 2008

Authors

SLASHCHININ SERGEY VLADIMIROVICH

Bachelor’s Programme 'Applied Mathematics and Information Science'

Computational Linguistics