Socio-economic information and preferred interaction modalities related to eco-feedback systems

This dataset has been collected during a research conducted by the above authors to understand and improve upon the interactivity, functionality, and ultimately the sustainability effect of smart plugs. As observed in the spreadsheet, we collected socio-demographic information and gathered anonymous responses to three speculative scenarios related to how new eco-feedback systems are defined. Specifically, the dataset reports on the following aspects: Description and rationale of an eco-feedback information idea they would like to receive (what). This was provided via free-form text. Description of how a smart plug would display this information (how), provided via free-form text. This included one sub-question asking participants which Wattom features their scenario better relates to – provided via multiple choice using four short GIF animations of each feature in action. Description of which location would this information be most useful in (where). This was provided via three sub-questions: (i) four multiple choice options (home, work, shared home, other); (ii) a free-form text with more specific location information; and (iii) 23 multiple choice options with color-coded icons of various appliances and devices). Description of when this information should be displayed throughout the time (when). This was provided via five multiple choice options with the images illustrated in Figure 1.本数据集由上述作者在一项研究中收集，旨在理解并优化智能插头的交互性、功能表现，最终提升其可持续性效应。如所附电子表格所示，研究团队收集了受访者的社会人口统计信息，并针对三项与新型生态反馈系统定义相关的推测性场景收集了匿名反馈。具体而言，本数据集涵盖以下维度： 1. 受访者期望接收的生态反馈信息理念的描述与依据（即“是什么”）：该内容通过自由文本形式提交； 2. 智能插头展示该信息的方式描述（即“怎么做”）：同样采用自由文本形式提交，其中包含一个子问题，询问受访者其设想更契合哪一项Wattom功能——该问题通过四段展示各功能运行过程的简短GIF动画以多选题形式呈现； 3. 该信息最具实用价值的使用场景（即“在哪里”）：通过三个子问题完成信息收集：(i) 四个多选题选项（家庭、工作场所、合租住宅、其他）；(ii) 用于补充具体位置信息的自由文本字段；(iii) 23个配有各类家电与设备彩色编码图标的多选题选项； 4. 该信息在全天中的展示时机（即“何时”）：通过五个配有图1所示插图的多选题选项收集。