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optimization
UK
/ˌɒptɪmaɪˈzeɪʃən/
US
/ˌɑptɪməˈzeɪʃən/
Library
predictive analysis and optimization +34
engineering
оптимизация
Описывает улучшение использования и организации ресурсов кампуса.
Building Digital Twins
These conference proceedings present research on building digital twins and the transition to sustainable, resilient built environments. Contributions address building information modelling, indoor environmental assessment, smart sensors, energy performance and related digital technologies.
analysis, sorting, and optimization +11
technology
оптимизация
Описывает комплексное улучшение проектирования и услуг умного города.
The AI City
This book develops the concept of an artificial intelligence city and examines its theoretical foundations, technologies and applications. Practical cases explore how urban planning and intelligent systems can support city development, services and management.
assessment and optimization +3
construction
оценка и оптимизация
Оценка здания или системы и внесение улучшений.
Building Digital Twins
These conference proceedings present research on building digital twins and the transition to sustainable, resilient built environments. Contributions address building information modelling, indoor environmental assessment, smart sensors, energy performance and related digital technologies.
These functions fall into five major domains: prediction and modeling, data analysis and decision support, building performance simulation, sustainability assessment, and operational optimization. +2
sustainability
оптимизация эксплуатации
Улучшение работы системы или объекта для повышения её эффективности.
Building Digital Twins
These conference proceedings present research on building digital twins and the transition to sustainable, resilient built environments. Contributions address building information modelling, indoor environmental assessment, smart sensors, energy performance and related digital technologies.
Indeed, DTs represent a transformative innovation for data center management, enabling real-time monitoring, predictive maintenance, and energy optimization. +1
energy
оптимизация энергопотребления
Процесс повышения эффективности использования энергии.
Building Digital Twins
These conference proceedings present research on building digital twins and the transition to sustainable, resilient built environments. Contributions address building information modelling, indoor environmental assessment, smart sensors, energy performance and related digital technologies.
Among these, Artificial Intelligence (AI) is emerging as a powerful enabler, offering new possibilities for data-driven insights, predictive modeling, and performance optimization. +1
engineering
оптимизация эксплуатационных характеристик
Повышение эффективности работы системы или здания.
Building Digital Twins
These conference proceedings present research on building digital twins and the transition to sustainable, resilient built environments. Contributions address building information modelling, indoor environmental assessment, smart sensors, energy performance and related digital technologies.
Energy forecasting, material selection, generative design, spatial optimization +1
architecture
пространственная оптимизация
оптимизация пространственной организации
Улучшение планировки или использования пространства для достижения заданных целей.
Building Digital Twins
These conference proceedings present research on building digital twins and the transition to sustainable, resilient built environments. Contributions address building information modelling, indoor environmental assessment, smart sensors, energy performance and related digital technologies.
Additionally, this chapter explores innovative approaches to future smart city design, highlighting the integration of physical and virtual simulation technologies, the application of AI algorithms in design processes, and the significance of emotion and aesthetics in urban development to offer comprehensive optimization and personalized services for smart cities.
technology
комплексная оптимизация
Улучшение системы сразу по нескольким направлениям, а не только в одной области.
The AI City
This book develops the concept of an artificial intelligence city and examines its theoretical foundations, technologies and applications. Practical cases explore how urban planning and intelligent systems can support city development, services and management.
The development of the AI city in the future will be driven by the needs of people, giving each part of the city the vitality of self-perception, self-diagnosis, and self-optimization.
technology
самовосприятие, самодиагностика и самооптимизация
Способности городской системы воспринимать собственное состояние, выявлять проблемы и самостоятельно совершенствоваться.
The AI City
This book develops the concept of an artificial intelligence city and examines its theoretical foundations, technologies and applications. Practical cases explore how urban planning and intelligent systems can support city development, services and management.
It scientifically assists in carbon– neutral urban design layout optimization, urban energy balance, and urban activity guidance (see Fig. 10.16).
urbanism
оптимизация планировки углеродно-нейтральной городской среды
Процесс оптимизации городской планировки для достижения углеродной нейтральности.
The AI City
This book develops the concept of an artificial intelligence city and examines its theoretical foundations, technologies and applications. Practical cases explore how urban planning and intelligent systems can support city development, services and management.
Automatic inspection and production line technologies such as energy consumption optimization and industrial knowledge graph accelerate the realization of Industry 4.0.
manufacturing
оптимизация энергопотребления
Процесс сокращения энергопотребления или повышения эффективности использования энергии.
The AI City
This book develops the concept of an artificial intelligence city and examines its theoretical foundations, technologies and applications. Practical cases explore how urban planning and intelligent systems can support city development, services and management.
In the future, algorithms will generally have some self-optimization and learning capabilities, which will promote the AI cities that deploy these algorithms to have learning capabilities.
technology
способности к самооптимизации и обучению
Способность системы улучшать себя и обучаться на основе информации или опыта.
The AI City
This book develops the concept of an artificial intelligence city and examines its theoretical foundations, technologies and applications. Practical cases explore how urban planning and intelligent systems can support city development, services and management.