MODERN EDUCATION AND DEVELOPMENT
Выпуск журнала №-28
Часть–2_Июнь –2025
266
STRUCTURAL-SEMANTIC ANALYSIS OF LEXICAL UNITS
RELATED TO THE IT FIELD
Bekmatova Nodira Ismoyiljonovna
Namangan Davlat Universiteti
1-bosqich tayanch doktorantura (PhD) izlanuvchisi
Abstract: This article delves into a comprehensive structural-semantic
analysis of lexical units within the rapidly evolving domain of Information
Technology (IT). The continuous and swift advancement of IT necessitates a rigorous
linguistic examination of the ever-emerging new concepts and terms. This study
investigates the internal structure, semantic layers, stylistic characteristics, and the
processes of lexical borrowing of IT-related vocabulary. Specifically, the analysis
encompasses compound terms, acronyms, and instances of metaphorical and
metonymic transfers that are prevalent in the field. Furthermore, the article explores
the mechanisms of formation and adaptation of these terms, particularly focusing on
their integration into the Uzbek language system. The findings of this research aim to
contribute to a deeper understanding of the lexical richness of the IT sphere, to
address contemporary terminological challenges, and to provide a foundation for the
refinement and development of specialized IT dictionaries.
Keywords: Information Technology (IT), lexical units, structural analysis,
semantic analysis, neologisms, terminology, lexical borrowing, term formation,
lexicography.
Introduction
The modern world is increasingly defined by information technology. From
the ubiquitous presence of smartphones to complex artificial intelligence systems, IT
shapes nearly every aspect of human life. This rapid technological evolution
invariably leads to a parallel development in language, particularly in the formation
MODERN EDUCATION AND DEVELOPMENT
Выпуск журнала №-28
Часть–2_Июнь –2025
267
and adoption of new vocabulary. The IT field is a fertile ground for linguistic
innovation, generating a vast number of terms that reflect its dynamic nature. These
terms, or lexical units, are not merely labels for new concepts; they are integral to
communication, knowledge transfer, and the very conceptualization of the
technological landscape.
This article focuses on the structural-semantic analysis of these IT-related
lexical units. Structural analysis examines the internal composition of words and
phrases, including how they are formed (e.g., compounding, derivation, acronyms).
Semantic analysis, on the other hand, investigates the meaning of these units, their
relationships to other words, and how their meanings evolve and adapt within specific
contexts. By combining these two analytical approaches, we aim to uncover the
underlying patterns and principles governing the creation, understanding, and usage
of IT vocabulary.
Theoretical Framework
The study draws upon principles from various branches of linguistics,
including:
Lexicology:
The study of words, their nature, meaning, and relations.
Semantics:
The study of meaning in language, encompassing lexical
semantics (word meaning) and propositional semantics (sentence meaning).
Morphology:
The study of word structure, including prefixes, suffixes, and
root words.
Terminology:
A specialized field concerned with the systematic collection,
description, processing, and presentation of terms and their concepts in various
subject fields.
Borrowing (Loanwords):
The process by which words are adopted from one
language into another.
The linguistic analysis of technical vocabulary, particularly in fast-developing
fields like IT, is crucial for several reasons: it aids in accurate communication,
facilitates translation, supports the development of specialized dictionaries, and
contributes to the overall enrichment and standardization of the language.
MODERN EDUCATION AND DEVELOPMENT
Выпуск журнала №-28
Часть–2_Июнь –2025
268
Structural Analysis of IT Lexical Units
The formation of new lexical units in the IT domain often employs various
structural mechanisms:
Compounding:
This is a highly productive process where two or more
existing words combine to form a new word with a new meaning.
Examples:
Software, hardware, keyboard, website, firewall, cybersecurity,
blockchain, cloud computing.
In Uzbek, direct translations or calques often occur:
dasturiy ta'minot
(software), qattiq disk (hard drive), veb-sayt (website).
Derivation:
This involves adding affixes (prefixes or suffixes) to existing
words to create new ones.
Examples:
Program (v.) -> programmer (n.), digital (adj.) -> digitalization
(n.), internet (n.) -> internet-enabled (adj.).
Uzbek examples might involve adding native suffixes to borrowed roots or
existing words:
kompyuterlashtirish (computerization), dasturlash (programming).
Acronyms and Initialisms:
These are abbreviations formed from the initial
letters of other words and are extremely common in IT due to the need for
conciseness.
Examples:
RAM (Random Access Memory), CPU (Central Processing Unit),
Wi-Fi (Wireless Fidelity), USB (Universal Serial Bus), AI (Artificial Intelligence), IoT
(Internet of Things).
Many of these are adopted directly into Uzbek or pronounced as they are in
English.
Blending:
Combining parts of two or more words to form a new word.
Examples:
Modem (modulator + demodulator), pixel (picture + element).
Clipping:
Shortening a word without changing its meaning.
Examples:
App (application), info (information), lab (laboratory).
Semantic Analysis of IT Lexical Units
The semantic aspect of IT lexical units reveals fascinating patterns of meaning
formation and evolution:
MODERN EDUCATION AND DEVELOPMENT
Выпуск журнала №-28
Часть–2_Июнь –2025
269
Monosemy vs. Polysemy:
While many technical terms ideally aim for
monosemy (a single meaning) for clarity, some IT terms can develop polysemy
(multiple related meanings) depending on the context or sub-domain.
Example: "Cloud" – originally a meteorological term, it now semantically
refers to a network of remote servers on the internet (cloud computing). "Server" – a
person who serves, now a computer providing resources.
Metaphorical Extensions:
Many IT terms are formed through metaphorical
transfer, drawing parallels between abstract IT concepts and concrete real-world
phenomena.
Examples:
Virus (biological virus -> computer virus), firewall (physical
barrier -> network security system), desktop (physical desk surface -> computer
screen background), surf the internet (move on water -> navigate online).
These
metaphors often make complex concepts more accessible.
Metonymic Transfers:
This involves using a part to refer to the whole, or a
related concept to represent the main one.
Example: "Hardware" (physical components -> the computer system itself).
Semantic Narrowing/Broadening:
Narrowing:
A general term takes on a specific IT meaning. E.g., "mouse"
(animal -> computer input device).
Broadening:
An IT term expands its meaning beyond its initial technical
scope. E.g., "app" (originally specific software -> any small application).
Lexical Borrowing and Adaptation in Uzbek
The IT field is highly globalized, leading to a significant influx of lexical
borrowings, primarily from English, into Uzbek. This process of language contact
involves several stages of adaptation:
Direct Borrowing/Transliteration:
Many terms are adopted directly, often
transliterated into the Uzbek Cyrillic or Latin script.
Examples:
Internet (Internet), kompyuter (computer), fayl (file), printer
(printer), skaner (scanner), brauzer (browser), geymer (gamer).
MODERN EDUCATION AND DEVELOPMENT
Выпуск журнала №-28
Часть–2_Июнь –2025
270
Calque (Loan Translation):
Concepts are translated word-for-word from the
source language.
Examples:
Dasturiy ta'minot (software, lit. 'program provision'), qattiq disk
(hard disk), elektron pochta (e-mail).
Hybrid Formations:
Combining a borrowed element with a native affix or
word.
Examples:
Kompyuterlashtirish (computer + -lashtir- verb-forming suffix),
internetlashtirish (internet + -lashtir-).
Semantic Expansion of Existing Uzbek Words:
Less common in highly
specialized IT terms, but general words might gain new IT-related senses.
The challenge for Uzbek lexicographers and linguists lies in systematizing
these borrowings, determining optimal adaptations, and developing appropriate
native equivalents where suitable, to ensure both clarity and linguistic purity.
Conclusion
The structural-semantic analysis of IT-related lexical units reveals the
dynamic and multifaceted nature of language development in response to
technological innovation. The prevalence of compounding, derivation, acronyms, and
various semantic transfers highlights the creative and adaptive capacity of language.
For Uzbek, the intense process of lexical borrowing from English underscores the
global dominance of IT terminology, while also presenting opportunities and
challenges for linguistic standardization and enrichment. Understanding these
mechanisms is crucial not only for linguistic research but also for effective
communication, education, and the future development of IT within the Uzbek-
speaking community. Further research could delve into the sociolinguistic aspects of
IT term adoption, public perception, and the role of language policy in managing this
lexical influx.
REFERENCES:
1.
ABDUG'AFUROV, G. (2012).
TERMINOLOGIYA ASOSLARI.
TOSHKENT:
FAN VA TEXNOLOGIYA. (FOUNDATIONAL WORK ON TERMINOLOGY IN
UZBEK).
MODERN EDUCATION AND DEVELOPMENT
Выпуск журнала №-28
Часть–2_Июнь –2025
271
2.
HOJIYEV, A. P. (2007).
O'ZBEK TILSHUNOSLIGI TERMINLARINING
IZOHLI LUG'ATI.
TOSHKENT: O'ZBEKISTON MILLIY ENSIKLOPEDIYASI
DAVLAT ILMIY NASHRIYOTI. (EXPLANATORY DICTIONARY OF UZBEK
LINGUISTIC TERMS).
3.
RAHMATULLAYEV, SH. (2006).
HOZIRGI O'ZBEK ADABIY TILI
(LEKSIKOLOGIYA).
TOSHKENT: UNIVERSITET. (KEY TEXTBOOK ON
MODERN UZBEK LITERARY LANGUAGE, INCLUDING LEXICOLOGY).
4.
SAGER, J. C. (1990).
A PRACTICAL COURSE IN TERMINOLOGY
PROCESSING.
JOHN BENJAMINS PUBLISHING COMPANY. (A CLASSIC
TEXT ON TERMINOLOGY METHODS).
5.
CABRÉ, M. T. (1999).
TERMINOLOGY: THEORY, METHODS AND
APPLICATIONS.
JOHN
BENJAMINS
PUBLISHING
COMPANY.
(COMPREHENSIVE OVERVIEW OF TERMINOLOGY THEORY).
6.
TATARINOV, V. A. (2006).
TEORIYA TERMINOVEDENIYA.
MOSKVA:
MOSKOVSKIY LITSEY. (A CONTEMPORARY THEORETICAL WORK ON
TERMINOLOGY IN RUSSIAN).
7.
YUSUPOVA, U. K. (2018).
AKT TERMINLARINING LINGVISTIK
XUSUSIYATLARI (INGLIZ VA O'ZBEK TILLARI MISOLIDA).
FILOLOGIYA
FANLARI BO'YICHA FALSAFA DOKTORI (PHD) DISSERTATSIYASI
AVTOREFERATI. TOSHKENT. (SPECIFIC RESEARCH ON ICT TERMS IN
ENGLISH AND UZBEK).
8.
ZIYODULLAYEV,
A.
(2019).
KOMPYUTER
LINGVISTIKASI
TERMINLARINING
LEKSIK-SEMANTIK
VA
STRUKTURAL-GRAMMATIK
XUSUSIYATLARI.
FILOLOGIYA FANLARI BO'YICHA FALSAFA DOKTORI
(PHD) DISSERTATSIYASI AVTOREFERATI. TOSHKENT. (RELEVANT
RESEARCH ON COMPUTER LINGUISTICS TERMINOLOGY).
