Balancing Prediction of Space-Based Network System in Antagonistic Environment

In this paper, we study the dynamics properties of the space-based network system which is subject to white noise in a confrontation environment. From the perspective of competition and coexistence, we discuss the balance of three kinds of space-based network systems, including the growth rate and failure rate of spacecraft or satellites in white noise interference systems. First, mathematical tools such as Ito’s formulas are used to derive the balance of the system. Second, we use simple constant coefficient stochastic differential equations to predict and simulate the competition and cooperation of the space-based system, and then the complex system is simplified. Finally, use the discrete method given by Milstein to simulate the solution of the stochastic system. And then, through the numerical simulation, the balance of competition and cooperation of the space-based network system under confrontation environment are proved. In addition, some future research directions are introduced in the conclusions.