Air electromagnetic threat training scene grading method

Abstract

The invention discloses an air electromagnetic threat training scene grading method. The method comprises the following steps of S1, determining complex electromagnetic environment intensity accordingto specific parameters such as signal density, signal quantity, transmitting power, interference distance and interference pattern; S2, grading radiation source electromagnetic intensity based on theintensity of the perception of a receptor to radiation source threat, and determining radiation source perception intensity; S3, grading electromagnetic threat intensity according to the electromagnetic environment intensity and the radiation source perception intensity, and determining the grade of the electromagnetic threat intensity; S4, determining an air threat training grade according to training design through training categories, the quantity of training subjects and the grade of the electromagnetic threat intensity; and S5, determining the grade of training scene layout based on thenumerical value of the air threat training grade, and performing corresponding electromagnetic threat training. The electromagnetic threat training is effectively carried out in the training, the opportunity can be seized and preemptive measures can be taken in future electronic warfare, and the defect that the training scene cannot be constructed for the electromagnetic threat in China at presentis overcome.

Description

technical field [0001] The invention belongs to the technical field of design of electromagnetic threat scenarios, and in particular relates to a method for grading airborne electromagnetic threat training scenarios. Background technique [0002] In the future information warfare, capturing the information superiority will be the focus of the battle between the two sides. Due to the unique conditions in the air, the use of space for information acquisition, information transmission, information processing and information application has become the key to gaining information superiority. [0003] In future wars, before the battle, both sides of the battle use electronic intelligence reconnaissance aircraft, communication intelligence reconnaissance aircraft and other means to carry out aerial electronic reconnaissance in order to obtain strategic and tactical electromagnetic intelligence, grasp the battlefield situation, and judge the enemy's situation; Suppression, electron...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the technical problem that the airborne electromagnetic threat training scene cannot be constructed in the prior art, resulting in shortcomings in the electromagnetic threat training, the present invention provides a method for grading the airborne electromagnetic threat training scene. Starting with the above three as variables, a mathematical model is established, and the strength of the complex electromagnetic environment is determined according to specific parameters such as signal density, signal quantity, transmission power, interference distance, and interference pattern, and the electromagnetic environment is determined based on the intensity of the receptor's threat perception of the radiation source Threat intensity, then determine the air threat level based on the training category and training subjects, and arrange corresponding training scenarios according to the air threat level, so as to effectively carry out electromagnetic threat training during training, and effectively grasp the opportunities and preemptive strikes in future electronic warfare , making up for the shortcomings of our country's current inability to construct training scenarios for electromagnetic threats

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