Reach on Dynamic EME Adaptability in Battlefield Based on System Synergy

With the development of electronic technology and the improvement of electromagnetic spectrum warfare theory, the EME of the future battlefield is becoming more and more complex and changeable. Modern warfare is no longer a single force or single equipment operation, integrated joint operation has gradually become the development trend of modern high-tech war. The EME adaptability of weapons and equipments is directly related to the initiative in the war. Aiming at the urgent requirement to improve the adaptability and combat capability of weapons and equipments in complex EME, by means of electromagnetic simulation, the operational style and operational process of typical avionics are analyzed, the composition and characteristic elements of battlefield EME are studied, the scene model of battlefield dynamic EME are built. With the combat scenario and typical mission profile, communication link and interference link are taken as the evaluation object, and the real-time EME adaptability of weapons and equipments is analyzed by electromagnetic hybrid algorithm. The electromagnetic simulation is extended from platform level to scene level, and the electromagnetic effect of system cooperative operation is incorporated into the EMC design process. This method can not only be used to evaluate the EME adaptability in the operational task process of weapon and equipment, but also provide strong support for the design of RF compatibility and tactical performance of warplane.