Semi-physical simulation system for missile attack and defense confrontation of semi-physical simulation system and implementation method thereof

Abstract

The invention discloses a semi-physical simulation system for missile attack and defense confrontation of semi-physical simulation system and implementation method thereof. The system is placed in a darkroom environment and comprises an interceptor simulation system, a bullet target simulation system, a simulation host and a visual display screen. The system can be independently used for testing and developing an interceptor or an attacking bullet, and can also be used for simulating two parties to carry out anti-guide and anti-interception combat, so that simultaneous development of an attacking party weapon system and a defending party weapon system is realized; in testing the advantages and disadvantages of the confrontation strategies of the two game parties, mutual learning of the two parties in confrontation is realized so as to continuously improve respective strategies, and compared with numerical calculation of game confrontation, the test result is more reliable; the system and method not only can be used for testing and development of an anti-missile interception weapon system, but also particularly refers to missile interception and anti-interception, and can be used for semi-physical simulation of military confrontation such as ground chariot confrontation and aerial fighter combat confrontation after modification.

Description

technical field [0001] The invention relates to the field of missile testing, in particular to a semi-physical simulation system for missile offensive and defensive confrontation and a realization method thereof. Background technique [0002] With the rapid development of cutting-edge technologies such as artificial intelligence in recent years, countries around the world are actively accelerating the development of military intelligence. Among them, missile offensive and defensive countermeasure technology is valued by various countries. In the future, some advanced ballistic targets and re-entry vehicles may have stronger maneuverability, and their flight trajectories will be unpredictable. How to effectively intercept missile targets with high maneuverability has become the development of anti-missile weapons. and difficulties in use. From the perspective of game theory, there are two objects in the missile offensive and defensive confrontation, the warhead and the inter...

AI Technical Summary

Problems solved by technology

The solution of the chase-and-flee game problem is difficult, because the differential equations involved are complex and the constraints are coupled. Many studies focus on the establishment of game models and pure mathematical derivations, making the current research only stay at the numerical level

If live ammunition tests are used for the development and testing of missile offensive and defensive countermeasures, the preparation period is long, the cost is high, and the conditions of each experiment cannot be consistent, so it is not suitable for research on missile offensive and defensive countermeasures

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