Smart Localization of Thunderstorm Charge for Human 4IR Applications

The relationship between smart devices and human beings is one of the research hotspots Fourth Industrial Revolution (4IR). In this regard, we explored practical 3D electric field components measured by atmospheric apparatus (AEFA) thunderstorm activity from perspective observer. Especially, in application AEFA, a calibration method proposed to solve problem inconvenient data acquisition. Firstly, order obtain charge position observation angle apparatus, paper establishes measurement model. According mirror theory, further potential distribution at AEFA. Then, are derived using formula with permittivity. addition, based on vector relation model, azimuth elevation angles obtained. Finally, after establishment new coordinate system, localization carried out, point. Meanwhile, preliminary solution given that affects performance. Results show matches radar map microphone array, which reflects advantages method. Besides, can be used not only sound source but also AI monitoring system realize big net observation.