Research on Power Wireless Private Network Planning Technology Considering Propagation Model Correction Part Two Applications and Explorations
Hongyue Yang, Zhenfeng Xiao, Hui Hou, Feng Fan, Peizhe Li, Wei Wen, Kai Deng, Dawei Li, Jingjing Liu, Lei Liu · Procedia Computer Science · 2019
Based on the propagation model correction technique, this paper establishes the model of the influence degree of terrain, obstacles and human environment on the path loss in radio wave propagation. After completing various steps, such as project establishment, transmitter setting, data collection and processing, K-factor correction, and result verification in the calibration software, a general propagation model suitable for the region is obtained. Furthermore, the wireless private networks planning expected value can be achieved.