Living labs have been established across different countries to evaluate how the interaction between humans and buildings can be optimized to improve comfort, health, and energy savings. However, existing living labs can be too project-specific, not scalable, and inflexible for comparison against other labs. Furthermore, the lack of transparency in its software infrastructure inhibits opportunities for critique and reuse, reducing the platform's overall potential. In the face of climate change and global energy shortage, we envision the future of living labs to be open source and scalable to support the integration of different IoTs, subjective measures, human-building interactions, security, and privacy contexts. In this work, we share our living lab software stack and present our experience developing a platform that supports qualitative and quantitative experiments from the ground up. We propose the first open-source interoperable living lab platform for multidisciplinary smart environment research.
翻译:在不同的国家建立了活实验室,以评估如何优化人与建筑物之间的互动,以改善舒适、健康和节能。然而,现有的活实验室可能过于针对具体项目,无法伸缩,与其他实验室相比不灵活。此外,软件基础设施缺乏透明度,阻碍了批评和再利用的机会,削弱了平台的总体潜力。面对气候变化和全球能源短缺,我们设想活实验室的未来将是开放的源头,可以扩大,以支持不同IoTs、主观措施、人类建设互动、安全和隐私环境的整合。在这项工作中,我们共享活实验室软件库,介绍我们开发平台的经验,支持从地面上进行质量和数量实验。我们提出第一个开放源的可互操作的实验室平台,用于多学科的智能环境研究。