可持续建筑的使用概况

F. Iglesias, W. Kastner
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引用次数: 24

摘要

可持续住宅和建筑的最终目标是努力实现能源效率,同时考虑用户的舒适度,始终满足居民的需求。这样的环境需要技术和可用性之间的友好共存,以确保在舒适、经济和节能方面达到优化的现实。ThinkHome项目就是为实现这一使命而设计的。它旨在利用基于人工智能的自动化系统和机制,进一步提高建筑物的可持续性。ThinkHome的设计目的是通过在家中引入学习功能和上下文感知功能,将智能家居用户从重新调整偏好等繁琐的任务中解脱出来。作为ThinkHome项目的一部分,本文提出了一个节能的高级用例。它涉及到定义使用概况的必要性,这有助于底层系统了解用户行为的稳定性,并始终以可持续的目标执行其策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Usage profiles for sustainable buildings
The ultimate goal of sustainable homes and buildings is to work towards energy efficiency automatically taking into account user comfort always acknowledging the residents' desires. Such environments demand for a friendly coexistence between technology and usability to assure an optimized reality in terms of comfort, economic and energy savings. The ThinkHome project is geared towards this mission. It aims at exploiting automation systems and mechanisms based on artificial intelligence to further improve the sustainability of buildings. ThinkHome is designed in a way to relieve the smart home inhabitants from cumbersome tasks such as readjustments of their preferences by introducing learning capabilities and context awareness in the home. Part of the ThinkHome project, this paper proposes an advanced use case for energy savings. It involves the necessity of defining usage profiles which help the underlying system to be aware about the stability of users' behaviors and perform its strategies always with sustainable goals in mind.
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