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User satisfaction and interaction with automated dynamic facades: A pilot study

机译:用户满意度以及与自动动态立面的交互:一项初步研究

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Automatically-operated dynamic facades can play an important role in reducing building energy consumption while maintaining high levels of indoor environmental quality. Facade automation, however, has a controversial reputation due to concerns about increased risks for occupant distraction and discomfort. This paper explores and quantifies the influence of automated facade operation on user satisfaction and interaction by presenting the results of a pilot study. In the experiment with 26 participants, multiple scenarios with varying control strategies and occupant influence options were tested, with a focus on dynamic daylight aspects and visual performance. Analysis of subject responses and data collected during experimental sessions did not directly reveal a high risk for disturbance and discomfort We found that less frequent but discrete transitions in facade configuration are significantly better appreciated than smooth transitions at a higher frequency. Our findings also emphasize the need for further development of effective facade control algorithms and demonstrate that the ability for manual override is a requisite for high-performance operation of dynamic facades.
机译:自动操作的动态立面可以在降低建筑物能耗的同时,保持较高的室内环境质量中发挥重要作用。然而,由于担心乘员分心和不适的风险增加,门面自动化享有盛誉。本文通过介绍一项初步研究的结果,探索并量化了自动化立面操作对用户满意度和互动的影响。在有26名参与者的实验中,测试了具有不同控制策略和乘员影响选项的多种场景,重点是动态日光方面和视觉效果。分析受试者的反应和在实验过程中收集的数据并没有直接显示出发生扰动和不适的高风险。我们发现,与高频情况下的平稳过渡相比,幕墙配置中频率较低但离散的过渡明显要好得多。我们的发现还强调需要进一步开发有效的立面控制算法,并证明手动覆盖功能是动态立面高性能运行的必要条件。

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