Towards Resolving Thermal Comfort Conflicts in Shared Spaces

Nadine von Frankenberg
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引用次数: 4

Abstract

Thermal comfort is an important factor in building control, affecting occupant health, satisfaction, and productivity. Building management systems in commercial spaces commonly operate on predefined temperature setpoints and control strategies. Many systems target aggregated cohort comfort and neglect to consider the individual occupant’s thermal preferences, leading to high dissatisfaction rates. While recent studies focus on personalized comfort models, such systems mainly operate on occupant preference prediction and do not investigate the reasons for discomfort. This paper presents TREATI’s human-in-the-loop decision-making process. TREATI is a framework that targets thermal comfort conflict resolution in shared spaces using rationale management techniques while considering both individual and cohort comfort. TREATI uses several levels of abstraction separating device management, event processing, context, and rationale management. This separation allows users to adapt the framework to existing building management systems to provide fair decision-making.
解决共享空间的热舒适冲突
热舒适是建筑控制的重要因素,影响着居住者的健康、满意度和生产力。商业空间的建筑管理系统通常在预定义的温度设定值和控制策略下运行。许多系统的目标是整体舒适度,而忽视了考虑单个乘员的热偏好,导致高不满意率。虽然最近的研究集中在个性化舒适模型上,但这些系统主要是基于乘员偏好预测,而不是调查不适的原因。本文介绍了TREATI的人在环决策过程。TREATI是一个框架,旨在利用基本管理技术解决共享空间的热舒适冲突,同时考虑到个人和群体的舒适度。TREATI使用几个抽象级别来分离设备管理、事件处理、上下文和基本原理管理。这种分离允许用户调整框架以适应现有的建筑管理系统,从而提供公平的决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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