Материалы конференций и семинаров
Recent Submissions
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Искусственный Интеллект как перспективная технология будущего
(БНТУ, 2025)Currently, digital technologies, actively spreading, are one of the promising tools for increasing the efficiency of industry and the social sphere and occupy an important place in science and practice.2026-01-23 -
Анализ применения технологий дополненной реальности в учреждениях культуры Беларуси и Китая
(БНТУ, 2025)The article discusses the application of augmented reality (AR) technologies in cultural institutions in Belarus and China through comparative analysis of practical implementations.2026-01-23 -
Research on the synergistic path of low-carbon development and society under China's macroeconomic framework
(БНТУ, 2025)China's “dual carbon” goals are profoundly transforming its macroeconomic model, with low-carbon investment rising from 3.7 % (2015) to 12.4 % of fixed asset investment [3]. This shift, however, creates severe transition challenges for regions reliant on traditional industries. This study uses provincial panel data (2018–2023) [8] to analyze the multi-dimensional socio-economic ...2026-01-23 -
智慧城市评级体系的国际比较研究
(БНТУ, 2025)Through the construction of an evaluation index system, this paper analyzes the current situation of Belarus' green science and technology talent reserve, reveals its main challenges in terms of scale, structure, mobility and innovation ecology, and proposes corresponding countermeasures.2026-01-23 -
Автоматизированный анализ траекторий заряженных частиц в камере Вильсона с использованием методов компьютерного зрения
(БНТУ, 2025)This paper presents a software complex for automated analysis of charged particle tracks in a Wilson cloud chamber. The developed application combines computer vision methods and machine learning to detect tracks, identify their parameters, and visualize complete particle trajectories from the emission source to the end of the visible track. The software is implemented in Python ...2026-01-23 -
Определение показателей комфортности городской среды на примере мобильности населения городов Борисов (Беларусь) и Тачен (Китай)
(БНТУ, 2025)This study analyzes the comfort and socio-economic efficiency of the urban environment based on mobility indicators in Borisov (Belarus) and Tacheng (China). Key factors such as transport infrastructure, road safety, public transport, and active mobility are examined. The results highlight the importance of transport systems in urban development and propose ways to improve them.2026-01-23 -
Demand-supply matching analysis of fertilizer product and technology assistance from China to Belarus
(БНТУ, 2025)This paper analyzes the feasibility of fertilizer cooperation between China and Belarus by focusing on Belarus’ fertilizer product/technology gaps and China’s supply advantages. Constrained by EU sanctions and insufficient local capacity, Belarus has urgent demands for high-efficiency fertilizers and resource utilization technologies. China complements Belarus with mature capacity, ...2026-01-23 -
Увеличение коэффициента полезного действия солнечных панелей при применении квантовых точек
(БНТУ, 2025)The possibility of increasing the efficiency of solar panels through the use of colloidal quantum dots (CCTS) based on titanium oxide is being considered. A comparative characteristic of photovoltaic modules of various types is carried out. The advantages and disadvantages of this technology are revealed.2026-01-23 -
Innovative practices and prospects of new energy solutions in China
(БНТУ, 2025)By 2025, China's installed capacity of wind power and photovoltaic power will surpass that of thermal power. This article analyzes two innovative models: “wind power + heating” and “photovoltaics + aquaculture”, assesses their contribution to the “dual carbon” target, and looks ahead to the future development direction of clean energy.2026-01-23 -
Мультифакторное изучение лазерной фотостимуляции как одного из инструментов альтернативного земледелия на примере сельскохозяйственных культур
(БНТУ, 2025)The laser irradiation time was calculated for each experimental group, and irradiation was performed on an experimental setup using diode lasers with wavelengths of 405 nm, 450 nm, 520 nm, and 650 nm. The irradiation parameters were identified, which accelerated germination, reduced the infectivity of the samples, As well as increased the length of stems and roots and significantly ...2026-01-23 -
智慧城市评级体系的国际比较研究
(БНТУ, 2025)This paper compares and analyzes three mainstream international smart city rating systems. The research reveals the differences in development models under different systems, and uses Shenzhen, China, and Minsk, Belarus as examples to clarify the effectiveness and limitations of the two paths of “technology- driven” and “administrative-led”. The comparative conclusions provide ...2026-01-23 -
Цифровые двойники в энергетических системах: концептуальные основы, зарубежный опыт внедрения и стратегические перспективы для Китая
(БНТУ, 2025)This paper explores the conceptual foundations of digital twin technology and analyzes international experience with its implementation in the energy sector, using examples from leading global companies and the BRICS countries. Particular attention is paid to China, where digital twins are viewed as a strategic tool for modernizing the energy system.2026-01-23 -
Policy practice and risk mitigation of China’s fertilizer technology assistance to Belarus
(БНТУ, 2025)This paper demonstrates the implementation feasibility of China-Belarus fertilizer technology assistance from three dimensions: policy guarantees, practical foundations, and risk mitigation. Belarus’ preferential foreign investment policies and the China-Belarus "Belt and Road" agricultural cooperation framework provide institutional support; existing trade, scientific research, ...2026-01-23 -
Демпфирующие свойства опорных частей мостовых сооружений
(БНТУ, 2025)The paper analyzes the ability to absorb energy from mechanical impact for two types of bridges’ bearing parts: polyurethane linear-movable and rubber-metal.2026-01-23 -
基于感受野注意力优化的SAR 船舶检测方法研究
(БНТУ, 2025)This paper proposes a SAR ship detection method based on a receptive field attention mechanism. By integrating Receptive Field Attention Convolution (RFAConv) into the YOLOv11 model, the method dynamically generates attention weights to enhance the perception of local feature significance. Experimental results demonstrate that the improved model significantly enhances detection ...2026-01-23 -
Графен и культурное наследие: синергия современных материалов и белорусских традиций в архитектуре
(БНТУ, 2025)This article describes the project which is a public building featuring Belarusian national symbols. Its walls are coated with graphene-based paint for increased durability and modern performance, blending tradition with innovative Materials.2026-01-23 -
Определение показателей комфортности городской среды на примере городской застройки городов Борисов (Беларусь) и Тачен (Китай)
(БНТУ, 2025)This study compares the urban comfort in Borisov (Belarus) and Tacheng (China) based on sustainability indicators. It examines green spaces, energy efficiency, and access to infrastructure. The findings highlight shared challenges and propose strategies for greener, more resilient urban development.2026-01-23 -
О понятии «Искусственный Интеллект»
(БНТУ, 2025)The concept of "artificial intelligence" is evolving alongside information technology. The definition of this concept is important from a legal perspective.2026-01-23 -
Городская среда и показатели комфортности ее общественных пространств на примере Борисова (Беларусь) и Тачэн (Китай)
(БНТУ, 2025)This work is dedicated to a comparative analysis of urban comfort indicators in the public spaces of Borisov (Belarus) and Tacheng (China). It assesses criteria such as environmental sustainability, inclusivity, green spaces, and public engagement. The study highlights the differences between European and Asian urban planning approaches.2026-01-23 -
Концепция модернизации всенаправленных мотор-колес для повышения динамики мобильной платформы
(БНТУ, 2025)In this article modernizing omnidirectional motor wheels by replacing radial flux brushless motors with axial flux designs is proposed. This approach reduces wheel mass and dimensions, shortens the magnetic path, and increases power density. As a result, mobile platforms gain faster acceleration, improved maneuverability, and higher energy efficiency. The study highlights limitations ...2026-01-23
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