Mobile electromagnetic propagation simulation platform and method

Abstract

The invention discloses a mobile electromagnetic propagation simulation platform. The platform comprises a plurality of mobile electromagnetic propagation simulation terminals, wherein the mobile electromagnetic propagation simulation terminals are connected with a director control center through a greedy perimeter stateless routing (GPSR) base station; and the director control center is connected with a geographic information system, a data receiving and transmitting system, a state display system and an expert library system. A using method for the platform comprises that (1) the mobile electromagnetic propagation simulation terminals transmit personal parameters to the director control center through a GPRS module; (2) the director control center processes and sequences the parameters by using frequency equipment, and transmits related simulation parameters to the mobile electromagnetic propagation simulation terminals; (3) the mobile electromagnetic propagation simulation terminals calculate the propagation results of different electromagnetic sources by using a phase error (PE) electromagnetic propagation calculating module respectively, and the degree of electromagnetic interference to each terminal is acquired; and (4) different interference modes are applied to the mobile electromagnetic propagation simulation terminals. The platform has high real-time property and expandability, is good in user experience, and has a good communication command combat training effect in complex electromagnetic environments.

Description

technical field [0001] The invention relates to the technical field of information control, in particular to a mobile electromagnetic propagation simulation platform and method. Background technique [0002] Modern information warfare will be a war in a complex electromagnetic environment. The warring parties use a large number of electronic devices to generate multi-type, full-spectrum, and high-density electromagnetic radiation signals in the combat area, resulting in fluctuations in the time domain and vertical and horizontal airspace. Interlacing and dense coverage in the frequency domain seriously affect the complex electromagnetic environment of weaponry effectiveness, combat command, and troop operations. [0003] Using high-simulation analog frequency equipment to strengthen military training of troops in complex electromagnetic environments is an important way and method to improve the ability of troops to deal with complex electromagnetic environments. Therefore, ...

AI Technical Summary

Problems solved by technology

[0004] At present, the traditional frequency equipment simulation platform generally adopts the method of built-in jammers. The pilot control center judges the degree of interference of different frequency equipment according to different scenarios, thereby triggering the built-in jamme...

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