Authors

  • Kurashov Mehruzbek Tojiddin ugli

Author Biography

  • Kurashov Mehruzbek Tojiddin ugli

    Karshi State Technical University,

    Student of the Department of Telecommunication Technologies

DOI:

https://doi.org/10.71337/inlibrary.uz.mead.92606

Keywords:

Artificial neural networks human brain activity modeling technology decision-making forecasting economics healthcare education transportation everyday life revolutionary change.

Abstract

The article analyzes the application of artificial neural networks in society and its impact in various fields. Artificial neural networks are a technology based on modeling the activity of the human brain and are widely used in analyzing complex data, making decisions, and forecasting. In society, this technology is leading to revolutionary changes in the economy, healthcare, education, transport, everyday life, and other areas. With the help of artificial neural networks, production efficiency increases, medical diagnostics becomes more accurate, education is individualized, and transportation systems operate more efficiently. The article discusses the positive impact of artificial neural networks on society and the ethical and social problems of its development.


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MODERN EDUCATION AND DEVELOPMENT

Выпуск журнала №-26

Часть–6_ Май –2025

341

APPLICATION OF ARTIFICIAL NEURAL NETWORKS IN

SOCIETY.

Kurashov Mehruzbek Tojiddin ugli,

Karshi State Technical University,

Student of the Department of Telecommunication Technologies

Annotation. The article analyzes the application of artificial neural networks

in society and its impact in various fields. Artificial neural networks are a technology

based on modeling the activity of the human brain and are widely used in analyzing

complex data, making decisions, and forecasting. In society, this technology is leading

to revolutionary changes in the economy, healthcare, education, transport, everyday

life, and other areas. With the help of artificial neural networks, production efficiency

increases, medical diagnostics becomes more accurate, education is individualized,

and transportation systems operate more efficiently. The article discusses the positive

impact of artificial neural networks on society and the ethical and social problems of

its development.

Key words: Artificial neural networks, human brain activity, modeling,

technology, decision-making, forecasting, economics, healthcare, education,

transportation, everyday life, revolutionary change.

Аннотация. В статье анализируется применение искусственных

нейронных сетей в обществе и их влияние на различные сферы. Искусственные

нейронные сети — это технология, основанная на моделировании деятельности

человеческого мозга, которая широко применяется при анализе сложных

данных, принятии решений и прогнозировании. В обществе эта технология

приводит к революционным изменениям в экономике, здравоохранении,

образовании, транспорте, повседневной жизни и других сферах. С помощью

искусственных нейронных сетей повышается эффективность производства,

медицинская

диагностика

становится

более

точной,

образование

индивидуализируется, а транспортные системы работают более эффективно.


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MODERN EDUCATION AND DEVELOPMENT

Выпуск журнала №-26

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В статье обсуждается положительное влияние искусственных нейронных

сетей на общество и этические и социальные проблемы его развития.

Ключевые слова: Искусственные нейронные сети, деятельность

человеческого мозга, моделирование, технологии, принятие решений,

прогнозирование, экономика, здравоохранение, образование, транспорт,

повседневная жизнь, революционные изменения.

Artificial neural networks (ANNs) are one of the main technologies of machine

learning and artificial intelligence. These networks are based on modeling the human

brain and are widely used in complex data processing, analysis, and decision-making.

They consist of several layers of neurons and learn by analyzing incoming data.

Currently, ANNs are used in many areas, including economics, healthcare, education,

transportation, manufacturing, and everyday life. This article analyzes the application

of ANNs in society and their social and economic impact in various areas.

Principle of Operation of ANNs. As its name suggests, an ANN imitates the

work of brain neurons. Each neuron receives input information, processes it, and

ultimately transmits output information. The network learns through the connections

between neurons, weights, and their changes. During the learning process, the network

understands how the data is related and adapts to new information. The main

components of artificial neural networks are as follows:

Input layers – Data is fed into the network at this layer.

Hidden layers – Data is processed at this layer and the network continues to

learn.

Output layers – Results or decisions are made at this layer.

Applications of Artificial Neural Networks in Society.Economic sphere.

Artificial neural networks are widely used in the economy to increase production

efficiency, optimize resource utilization, and automate economic processes. They are

used in companies and industrial enterprises in the following areas:

Automated production: Artificial neural networks can be used to control and

optimize production processes. For example, in factories, automatic production

systems are operating using quality control, material inventory, and robotic systems.


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Forecasting: Artificial neural networks can be used to predict future economic

developments, market demand forecasts, and prices. This helps companies optimize

resources and make more accurate investment decisions.

In finance and credit: Banks and financial institutions use artificial neural

networks to make decisions on loan applications, detect fraud, and analyze

investments. These systems help make decisions quickly and accurately, and also

reduce credit risks.

Healthcare. Artificial neural networks are widely used in healthcare to optimize

medical diagnostics and treatment processes. In medical image processing and disease

detection, SNTs play the following roles:

Medical image analysis: Neural networks work effectively in analyzing X-ray

images, MRI images, or ultrasound images. They help in early detection of complex

diseases, such as oncology, heart disease, and other serious diseases.

Drug development: Neural networks are also used in genomic analysis and the

creation of new drugs. They enhance scientific potential in medical research and the

development of new therapeutic approaches.

Personalized treatment: Neural networks help in developing treatment plans

based on genomic data, which are tailored to the individual characteristics of the

patient. This allows for effective treatment for patients.

Education. In the field of education, artificial neural networks help in

individualizing the learning process. By creating customized learning systems for

students, taking into account their interests and learning speed, the following results

can be achieved with the help of SNTs:

Personalized curricula: Neural networks allow students to analyze their

learning style and create customized curricula for them.

Helping teachers: Artificial neural networks help teachers monitor student

changes and development, as well as identify which topics students are struggling with.

Online learning platforms: Neural networks are used in online learning

platforms to improve students' interactive experiences, customize learning materials

and tests.


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Transportation and logistics. Artificial neural networks are also of great

importance in the transportation sector. They help in the effective management of

transportation systems, ensuring road safety, and optimizing logistics processes:

Autonomous transportation systems: Artificial neural networks are used as a

key technology in creating autonomous transportation systems. Autonomous vehicles

use neural networks to analyze the road, identify obstacles, and make decisions for safe

movement.

Logistics and delivery systems: Neural networks can be used to efficiently

distribute cargo, reduce transportation costs, and shorten delivery times. This makes

commercial and manufacturing processes significantly more efficient.

Applications of artificial neural networks in everyday life. Artificial neural

networks are also widely used in everyday life. They provide convenience to users

through personal assistants, such as Siri, Google Assistant, and Amazon Alexa. They

perform the following functions:

Personal assistants: Systems such as Siri and Google Assistant help users with

daily tasks, such as sending reminders, calls, and messages, listening to music, etc.

Advertising and content recommendations: Artificial neural networks are used

in social networks, such as Facebook and Instagram, to recommend ads and content

based on user preferences.

Artificial neural networks are having a positive impact on society in various

areas. ANNs play an important role in areas such as increasing economic efficiency,

creating innovations in healthcare, individualizing education, developing

transportation, and making everyday life easier. However, along with the development

of this technology, ethical and social issues also arise. Therefore, a careful and

responsible approach to the use of artificial neural networks is necessary. In order to

achieve beneficial results for society, this technology must be aligned with social

interests and minimize its risks.


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