Modeling and analysis of optimal scheme for submarine breaking through the double surface ships blockade region

摘要

Aiming at solving the submarine breaking through double surface ships patrol blockade region problem, the “safety margin” idea is put forward based on analysis, the optimal scheme decision-making model of submarine breaking through the blockade region of double surface ships is established and the algorithm is proposed. Combined with an example, the program composition with MATLAB is used to calculate the initial result of optimal submarine and enemy ships relative position, velocity of submarine and corresponding safety margin, the effects of blockade region area size, ships speed and active sonar on the results is analyzed, which is valuable to the tactics study and tactical application research of submarine breaking through double surface ships patrol blockade region for reference.