Research on Electromagnetic Conflict Optimization Algorithm for Aircraft Formation

EasyChair Preprint 14648

Abstract

With the continuous development of science and technology, the electromagnetic environment has become increasingly complex and harsh, and electronic information equipment of various types, models and high degree of informatization, presenting the characteristics of many frequency-using devices, covering a wide bandwidth, and overlapping frequency interleaving, it is very easy for electromagnetic interference between systems to occur, which seriously affects the overall effectiveness of electronic and electrical equipment. At present, most of the cases focus on analyzing the electromagnetic compatibility effect of the individual aircraft’s electromagnetic interference between systems. However, there is no detailed study on the forms of electromagnetic interactions between airplanes in a fleet of airplanes acting together and interacting with each other, and on how to reduce interference and increase efficiency.. Therefore, we hope to build an environment for observing the electromagnetic disturbance of the air fleet under microscopic conditions, and analyze from a small place to seek for the best flight attitude, trajectory, etc., so as to solve the real electromagnetic conflict problem. Our ultimate goal is to observe and find the "steady state" of the aircraft fleet when they work together, to take one aircraft as the center, and by adjusting the flight attitude, mode and other parameters of the other aircraft, to minimize the overall electromagnetic interference, so as to achieve the result of maximizing the overall electromagnetic compatibility benefits.

Keyphrases: Aircraft formation, Electromagnetic conflict, optimization algorithms

@booklet{EasyChair:14648,
  author    = {Yuhao Zhao and Tianyang Wang},
  title     = {Research on Electromagnetic Conflict Optimization Algorithm for Aircraft Formation},
  howpublished = {EasyChair Preprint 14648},
  year      = {EasyChair, 2024}}