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以护卫舰的侦察范围对来袭导弹攻击范围覆盖率和编队抗饱和攻击能力为指标,设计了舰艇编队的最佳队形,以各个方向上的追击距离和各舰艇在该方向上的支援能力为依据得出20度和220方向为队形的最危险方向,从而计算出抗饱和攻击能力.对雷达测量的可疑目标原始信息进行预处理,建立神经网络模型对其进行意图分类.采用分步建模的方法将信息战争分为信息战、陆空战和陆陆战三部分,对兰彻斯特方程进行改进建模,以非线性微分方程组描述了信息化战争条件下的各种作战规律.
Based on the coverage of attacking range and the formation of anti-saturation attack capability of the attacked frigate, the optimal formations of the fleet are designed. The pursuit distance in each direction and the supporting ability of each naval vessel in this direction are Based on the most dangerous direction of 20 ° and 220 directions, the anti-saturation attack ability was calculated, the original information of the suspicious target measured by radar was preprocessed, and the neural network model was established to classify it intentionally. The model method divides information wars into three parts: information warfare, air warfare, land warfare and land warfare. It improves the Lanchester Equation, and describes the various rules of war under the condition of informationalized war by nonlinear differential equations.