«Облако» здесь означает удалённые онлайн-системы, а не физическое облако.
User Experience + Artificial Intelligence: Assessing the Qualities of AI-infused Systems
This study develops a method for evaluating the user experience of systems that incorporate artificial intelligence. It examines existing approaches, validates the AIXE evaluation scale and applies it to domestic smart speakers.
While AI-infused products can perform tasks that users might not expect, these happen in a virtual space, often in the cloud.
technology
в облаке
С использованием удалённых вычислительных ресурсов в интернете, а не локально на устройстве.
User Experience + Artificial Intelligence: Assessing the Qualities of AI-infused Systems
This study develops a method for evaluating the user experience of systems that incorporate artificial intelligence. It examines existing approaches, validates the AIXE evaluation scale and applies it to domestic smart speakers.
This tool allows to host the images on the cloud.
technology
в облаке
Описывает хранение или размещение цифрового содержимого с помощью облачных сервисов.
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.
The temperature and the other sensors can be connected to a cloud-based database using communication protocols such as Modbus, MQTT, or BACnet.
computing
облачная база данных
База данных, размещённая в облаке и способная получать данные от датчиков системы.
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.
Unlike traditional Jupyter notebooks, which execute code cells sequentially on a single server, Jupyter Workflow enables users to orchestrate com-plex workflows and execute them across heterogeneous hybrid HPC-Cloud infrastructures.
computing
гетерогенные гибридные инфраструктуры HPC и облачных вычислений
Сочетание различных ресурсов высокопроизводительных вычислений и облачных вычислений в единой инфраструктуре.
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.
The datacenter was established by rethinking the conventional separation between Cloud and HPC systems.
computing
традиционное разделение между облачными системами и системами HPC
Привычное разграничение между облачными системами и системами высокопроизводительных вычислений.
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, a smaller 4-node system replicates the cloud infrastructure for testing and research purposes.
computing
облачная инфраструктура
Вычислительные ресурсы и системы, обеспечивающие работу облачных сервисов.
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.
2.1 A Multitenant Cloud
computing
мультитенантное облако
Облачная среда, рассчитанная на обслуживание нескольких отдельных арендаторов или пользователей.
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.
[24] – an infrastructure for cloud-connected digital services.
technology
цифровые сервисы, подключённые к облаку
Цифровые сервисы, которые подключаются к облачной инфраструктуре или работают через неё.
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.
The DT environment is implemented using the IDP [19] platform, which facilitates the connection of physical devices to the cloud, allowing data collection and real time access.
computing
подключение физических устройств к облаку
Соединение физического оборудования с облачными сервисами для обмена данными.
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.
By efficiently detecting and mod-elling occluding objects from the virtual point cloud data, the method could dynamically recompute optimal scanning locations.
robotics
данные виртуального облака точек
Данные, представляющие виртуальное облако точек, используемое методом сканирования.
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.