Research on Optimization of Integrated Probabilistic Design Framework for Missile IGC under Massive Operating Conditions

Abstract

In order to adapt to the development trend of low-cost, digital missiles, to meet the needs of refined design, rapid equipment formation, and enhancement of combat capabilities, missile guidance and control integrated probabilistic design simulation has been widely used. With the diversified development of research tasks and status, calculation conditions and data processing capacity have increased several times or even dozens of times, which puts forward higher requirements for design efficiency and rapid analysis capabilities. This paper conducts an in-depth investigation and study of the probabilistic design operation process and method, cycle and cost, and determines the main influencing factors by extracting the internal commonality and reason analysis. It proposes a targeted improvement method for the simulation platform architecture optimization. The application effect shows that this method can effectively improve the efficiency of probabilistic design simulation, and can effectively reduce the design cycle and cost under the simulation of massive working conditions. It has engineering practical value.