Antilope, A Portable Low-Cost Sensor System for the Assessment of Indoor and Outdoor Air Pollution Exposure

F. Lenartz, Marie Dury, B. Bergmans, V. Hutsemekers, V. Broun, Christophe Brose, S. Guichaux
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Abstract

The increasing availability of low-cost sensors and open source projects make it easier than ever for a maker to build his own air quality node. Nonetheless, depending on one’s goal and its related data quality objective, to customize an existing project or to build a specific printed circuit board may still be very useful. In the framework of the Outdoor and Indoor Exposure project, a portable mini-station has been developed, tested and then used in two experiments: exposure assessment and complementary network measurement. The present paper focuses on the description of the equipment that was designed and prototyped, as well as on the tests that were made in the lab and in the field to evaluate its overall performance and that of its different sensors. Finally, we present what we consider to be its main drawbacks and our perspectives for further development and tests.
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用于室内和室外空气污染暴露评估的便携式低成本传感器系统Antilope
越来越多的低成本传感器和开源项目使得制造商比以往任何时候都更容易建立自己的空气质量节点。尽管如此,根据一个人的目标及其相关的数据质量目标,定制一个现有的项目或构建一个特定的印刷电路板可能仍然非常有用。在室外和室内暴露项目的框架下,开发了一个便携式迷你站,测试并随后用于两个实验:暴露评估和互补网络测量。本论文着重介绍了所设计和制造的设备,以及在实验室和实地进行的测试,以评估其总体性能及其不同传感器的性能。最后,我们提出了我们认为它的主要缺点,以及我们对进一步开发和测试的看法。
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