Construction and Modeling of Ballistic Missile Threat Assessment Indicators in the Scenario of Concentrated Fire Attack

Ballistic missiles generate a large number of targets in a concentrated attack scenario, and tracking all targets requires a lot of warning resources, but the warning resources are very limited. In response to this issue, this article studies the combat process and characteristics of ballistic missiles. From the perspectives of ballistic characteristics and target group characteristics, a threat assessment index system is constructed for ballistic missile cluster attack scenarios, and the indicators are modeled and calculated to achieve quantitative evaluation of the threat level of ballistic missile targets. The experiment shows that the ballistic missile threat assessment index system constructed in this article can scientifically evaluate the threat level of ballistic missile targets, providing a basis and support for the allocation of warning resources.