论文标题
用于空气污染和交通密度监控和分析的可扩展，低成本和多功能系统设计
Scalable, low-cost, and versatile system design for air pollution and traffic density monitoring and analysis
论文作者
论文摘要
越南需要可持续的城市化，以便于该城市感应进行计划和脱离策划。为此，大城市需要便携式，可扩展和廉价的数字技术。端到端的空气质量监测公司（例如空气胶和羽流空气）显示出可靠性的可靠性，并配备了高级空气传感器。它们很昂贵，但房主使用它们来获取本地空气数据，而无需评估因果关系。我们的空气质量检查系统可扩展，价格合理且灵活。 SYS-TEM的微型计算机通过微控制器处理器监视PMS7003和BME280传感器数据。 5百万像素摄像头模块使研究人员能够推断出交通强度和灰尘浓度之间的因果关系。该设计可实现廉价的商业级硬件，并带有Azure Blob存储空气污染数据和周围地区的图像，并预先通风系统，无法进行物理扩展。此外，通过包括重新拼凑和分布温度的空气通道，该设计可改善通风和保护电气组件。该小工具允许分析交通与航空质量数据之间的相关性，这可能有助于建立可持续的城市发展计划和政治。
Vietnam requires a sustainable urbanization, for which city sensing is used in planning and de-cision-making. Large cities need portable, scalable, and inexpensive digital technology for this purpose. End-to-end air quality monitoring companies such as AirVisual and Plume Air have shown their reliability with portable devices outfitted with superior air sensors. They are pricey, yet homeowners use them to get local air data without evaluating the causal effect. Our air quality inspection system is scalable, reasonably priced, and flexible. Minicomputer of the sys-tem remotely monitors PMS7003 and BME280 sensor data through a microcontroller processor. The 5-megapixel camera module enables researchers to infer the causal relationship between traffic intensity and dust concentration. The design enables inexpensive, commercial-grade hardware, with Azure Blob storing air pollution data and surrounding-area imagery and pre-venting the system from physically expanding. In addition, by including an air channel that re-plenishes and distributes temperature, the design improves ventilation and safeguards electrical components. The gadget allows for the analysis of the correlation between traffic and air quali-ty data, which might aid in the establishment of sustainable urban development plans and poli-cies.
