System and method of monitoring electromagnetic radiation

Abstract

The invention provides a system of monitoring electromagnetic radiation. The system of monitoring the electromagnetic radiation comprises monitoring nodes, regional nodes and a control center. A monitored object is provided a plurality of monitoring nodes, the plurality of monitoring nodes are stereoscopically arranged surrounding the monitored object, one regional node is in wireless connection with the plurality of monitoring nodes, and the regional nodes are used for uploading multiple environmental index parameters collected by the monitoring nodes to the control center. A plurality of regional nodes are electrically connected with the control center. The invention further provides a method of monitoring the electromagnetic radiation. The method of monitoring the electromagnetic radiation comprises the following steps: correspondingly setting the plurality of vertically distributed monitoring nodes around the monitored object according to the radiation distribution feature of the electromagnetic radiation stereoscopic space range of the monitored object, collecting multiple environmental index parameters at least including electromagnetic radiation signals of the monitored object, and carrying out data analysis and processing to the collected multiple environmental index parameters. The system and the method of monitoring the electromagnetic radiation improve the accuracy and the automation degree of monitoring the electromagnetic radiation.

Description

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AI Technical Summary

Benefits of technology

This patented technology provides various benefits over existing systems used alone. These include increased precision and consistency across different areas being observed (such as buildings), enhanced security measures against threats like radioactive materials, gamma rays, radon gas emissions, firearms, explosions, etc., reduced interference between signals caused by surrounding objects' movements, and improved spatial resolution capabilities compared to previous methods. Additionally, these technologies allow for remote location detection and recording of specific types of environmental factors without physiological constraints imposed upon them during their deployment. Overall, they provide greater stability, versatility, responsiveness, and overall performance improvement.

Problems solved by technology

The present problem addressed in this patents relates to accurately measuring electrical radar (ElectronicRadiations) exposure without requiring human interventions like manually adjustment devices or surveying facilities. Current methods require expensive infrastructure and involve complicated procedures involving multiple machines, making their ability limited when evaluating EMI pollution levels outside metropolitan regions due to lack of sufficient precision.

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