基于边缘计算的化工设备噪音污染监控应用

Noise Pollution Monitoring Application of Chemical Equipment Based on Edge Calculation

边缘计算能够实时对数据进行处理分析,还具有很好的扩展性能、安全性能、位置感知性能,是符合现代需要和要求的一种计算方式。化工机械设备产生的噪音污染存在很大的安全隐患,为了对其进行实时监控,将边缘计算引入其中用于对噪音进行监控,目的在于通过对噪音污染的监控更好的发现化工机械设备的是否存在问题。文章通过数学建模的方式,基于边缘计算对化工机械设备噪音污染进行监控,与普通的噪音污染监控对比。通过仿真实验,得出基于边缘计算的噪音污染监控有更好的识别噪音作用,而且噪音污染监控误差与普通噪音污染监控相比降低了五倍。

Edge computing can process and analyze data in real time.It also has good scalability,security performance and location-aware performance.It is a calculation method that meets modern needs and requirements.Noise pollution caused by chemical machinery and equipment has great safety hazards.In order to monitor it in real time,edge calculation is introduced to monitor noise.The purpose is to better discover the chemical machinery equipment through monitoring the noise pollution.There is a problem.In this paper,through mathematical modeling,the noise pollution of chemical machinery equipment is monitored based on edge calculation,which is compared with ordinary noise pollution monitoring.Through simulation experiments,it is concluded that noise pollution monitoring based on edge calculation has better recognition noise,and the noise pollution monitoring error is reduced by five times compared with ordinary noise pollution monitoring.