3 results about "Missile defense" patented technology

The utility model discloses a missile approaching simulation target missile, which belongs to the technical field of missile defense training equipment and comprises a rocket part, an empennage and a simulation combustion chamber for simulating a warhead. A simulation light source electrically connected with the rocket part is arranged in the simulation combustion chamber and used for simulating tail feathers of the ground-to-air missile. The rocket part can be connected with the tail of the simulated combustion chamber, and the empennage is rotationally connected with the tail of the rocket part through an elastic element; the simulation combustion chamber, the rocket part and the empennage can be arranged in the launching cylinder to simulate launching of a ground-to-air missile. The utility model has the advantages of simple and compact structure and low cost, and the rocket part is launched through the launch canister after being assembled with the simulated combustion chamber and the empennage; the decommissioning combustion bomb is adopted for modification, reutilization of decommissioning equipment and ammunition is achieved, the training cost is reduced, and the training effect is improved.

We provide a missile defense system that utilizes generative AI to perform real-time dynamic analysis and generate defensive measures, thereby improving the responsiveness and flexibility of missile defense. [Solution] This invention provides a missile defense system that utilizes generative AI and ensemble learning with multiple AI models to analyze enemy missile flight data and communication signals in real time and immediately generate jamming signals and interception measures. Through ensemble learning, each AI model analyzes the threat from its own perspective, and the generative AI integrally generates the optimal defense measures. Furthermore, the continuous learning function improves the accuracy of defenses in subsequent instances, and enhances responsiveness and flexibility against irregular threats and multiple attacks. This system dramatically strengthens the ability to defend against diverse attacks.

The application discloses a multilayer anti-missile cooperative combat task planning modeling method, comprising the following modeling steps: S1, an anti-missile damage area numerical modeling method based on piecewise interpolation: a1, piecewise interpolation modeling of an anti-missile vertical damage area, a2, a vertical damage area model under different air route shortcuts, S2, an anti-missile launch area and launch depth calculation model based on backstepping calculation: b1, construction of a ballistic missile motion model, b2, construction of an anti-missile interceptor trajectory model, b3, backstepping calculation of an anti-missile vertical launch area and launch area depth, S3, an anti-missile defense area calculation model based on endpoint optimization: c1, a terminal anti-missile defense area calculation model, c2, a middle anti-missile defense area calculation model, the application proposes an anti-missile damage area numerical modeling method based on piecewise interpolation, and on the basis, an anti-missile launch area and launch depth model based on backstepping calculation and an anti-missile defense area calculation model based on endpoint optimization are completed.