Anti-air missile systems use fire-sheltering height and area to take the place of fire-sheltering space, and mainly quantify fire-sheltering area.

The effect of temperature on the anti-air missile is very grave.

Aims at the problem that laser fuze take targets from the complicated background while the tactics air to surface missile do battle,brings out a method to recognize targets using laser ranging,gives out the criterion and extent of reorganization,and analyses and illuminates with simulation.

In this paper,a summary of precision analysis method for guide system of air to surface missile is introduced.

Survivability character of ground-to-air missile fire unit under the threat of EPB;

Application of Non-linear Regression Analysis in Establishing Price Model of Ground-to-Air Missile;

JMASE-based Joint Modeling and Simulation of Ground-to-Air Missile;

Research on accuracy assessment for air-to-ground missile based simulation technology;

Due to the difficulty to repeat fire tests of air-to-air missile and air-to-ground missile in a same launching condition,group test data are unavailable.

In order to evaluate weapon system operational effectiveness in general,the necessity of developing an air-to-ground missile countermine simulation system was proposed.

Firepower Analysis of Network Combat System with Surface-to-Air Missile;

Based on HLA distributed simulation technology, a radar guided surface-to-air missile defense system was built.

The use of utility function in surface-to-air missile type proof was introduced,which is proved under the rule of system effectiveness,cost and development cycle,using utility weighed method,an example validate its validity and practicability.