Underwater battlefield threat assessment and visual simulation system and method based on Bayesian network

Abstract

The invention discloses an underwater battlefield threat assessment and visual simulation system and method based on a Bayesian network, and belongs to the field of underwater threat assessment, and the system comprises an underwater threat assessment module and a threat assessment visual simulation module. The underwater threat assessment module is based on a Bayesian network, and structural design and algorithm improvement are carried out on the features of an underwater battlefield. And the threat assessment visual simulation module displays a simulated three-dimensional model of a battlefield environment and a combat unit, and displays threat degree information obtained by the threat assessment module in a specific threat information display interface. The threat assessment module obtains underwater battlefield data, carries out corresponding preprocessing and feature analysis operation on the underwater battlefield data, and obtains threat degree information of a combat unit through an evaluation algorithm. And the visual simulation module displays the threat information. According to the invention, threat situation analysis and visual display of the underwater battlefield are provided for underwater combat units and related personnel.

Description

technical field [0001] The invention relates to the field of underwater threat assessment, in particular to a Bayesian network-based underwater battlefield threat assessment and visual simulation system and method. It is mainly suitable for information fusion and threat assessment of underwater combat targets, and corresponding visual display. Background technique [0002] In today's world, underwater warfare has become an extremely important part of the ocean battlefield. The battlefield environment of underwater combat is complex and changeable, the underwater communication conditions are harsh, the underwater combat units are highly concealed, difficult to detect, and there are many kinds of underwater combat weapons. These characteristics make underwater combat offensive and defensive very difficult. The threat of the battlefield is greater than that of the surface battlefield. In order to deal with the threat from the underwater battlefield, it is necessary to develop...

AI Technical Summary

Problems solved by technology

[0005] (1) The calculation method based on the numerical model lacks subjective judgment, and it is difficult to generalize to other scenarios

[0006] (2) The evaluation results obtained by the analysis method based on artificial intelligence technology are difficult to explain mathematically, and there are other problems such as training difficulties and overfitting

[0007] (3) Lack of visual display of underwater battlefield threats

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