使用环境物联网传感器的基于办公室的工作场所监控和时间感知反馈

Herwig Zeiner, Roland Unterberger, Dietmar Maurer, S. Russegger, L. Paletta
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引用次数: 0

摘要

在新冠疫情期间,我们对工作场所(如办公楼、家庭办公室、其他办公室)的理解发生了变化。例如,我们经常在办公室工作中改变我们的工作空间。这是新冠疫情后的现象,我们在一周内更频繁地更换工作环境。在本文中,我们研究了我们需要哪些传感器和软件工具来确定我们在理想条件下工作,包括良好的空气质量,低二氧化碳等。从员工的角度来看,如果这些监控设备可以很容易地使用和组合,这是很有趣的。评估应该是可能的,并且可以通过简单的方法进行组合。为什么这很难呢?考虑到研究人员对工作场所和新型混合工作场所(即公司大楼办公室,家庭办公室和第三办公场所)的定义没有达成共识,这使得挑战变得更加复杂。在此背景下,本文讨论了来自新型低成本生物传感器的定量数据,例如用于测量二氧化碳浓度分布的数据,突出了员工的存在和注意力以及他们在工作环境中的行为变化,并展望了使用物联网设备和环境生物传感器技术连接网络的新型研究途径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Office-Based Workplace Monitoring and Time-Aware Feedback by using Ambient IoT Sensors
During the COVID pandemic, our understanding of a workplace (e.g. office building, home office, other offices) has changed. For example, we are constantly changing our workspace in office jobs. It is a post-COVID phenomenon that we change our work environment more frequently and more often during a week. In this paper, we investigate what sensors and software tools we need to determine that we are working in ideal conditions, including good air quality, low CO2, etc. From an employee’s point of view, it is interesting if such monitoring devices can be easily used and combined. The evaluation should be possible and combinable by simple means. Why is this difficult? Considering that there is no common agreement among researchers on the definition of workplaces and new hybrid workplaces (i.e. office in company building, home office, and third office places) make the challenges even more complex. In this context, quantitative data from novel low-cost biosensors, such as for measuring carbon dioxide concentration distribution, highlighting the presence and attention of employees and their change in behavior within a working environment, are discussed, and the paper also provides an outlook towards novel research pathways for using a connected network of IoT devices and ambient biosensor technologies.
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