论文部分内容阅读
针对传统的冶金生产安全监测系统部署和维护成本高,难以自适应采集冶金现场复杂的数据信息的问题,提出了一种基于物联网技术的多传感网络冶金生产安全监测平台设计方法。对较为复杂的冶金检测现场进行监控区域分簇,不同的监控区域采用不同的传感器布置节点,且可依据监测需要设定不同类型的传感器;在监测区域内,运用提升小波压缩的系统通信方法,完成冶金现场危险信息的高效传递,降低节点能耗。仿真实验表明,提出的技术对冶金安全监测实现远程数据采集和传输具有实时性和可靠性,并取得满意效果。
Aiming at the problem of traditional metallurgical production safety monitoring system deployment and maintenance cost that it is difficult to adaptively collect complicated data information in the metallurgical field, a design method of multi-sensor network metallurgy safety monitoring platform based on Internet of Things technology is proposed. In the more complex metallurgical testing sites, the monitoring areas are clustered. Different monitoring areas use different sensors to arrange nodes, and different types of sensors can be set according to the monitoring needs. In the monitoring area, using the system communication method to enhance wavelet compression, Metallurgical site to complete the efficient transmission of dangerous information, reducing node energy consumption. The simulation results show that the proposed technology has real-time and reliability for the remote data acquisition and transmission of metallurgical safety monitoring and achieves satisfactory results.