Multi-agent-based combat simulation system and method for unmanned and unmanned cooperative system

Abstract

The invention provides a multi-agent-based combat simulation scheme for an unmanned cooperative system. The multi-agent-based combat simulation scheme comprises a complex battlefield environment module, a battlefield multi-party module, a cooperative control module and a multi-party confrontation deduction module, the complex battlefield environment module is used for automatically generating a battlefield environment; the battlefield multi-party module is used for automatically generating our-party, enemy-party and unknown-party battlefield marshalling and endowing battlefield force and simplicity and intelligence to a battlefield unit of each battlefield marshalling. The cooperative control module distributes combat tasks to different combat units of our part, so that the combat units of our part autonomously plan combat behaviors depending on environmental perception; and the multi-party confrontation deduction module enables each combat unit to execute a combat behavior according to the corresponding instruction. According to the method, the problem of dynamic combination and recombination of intelligent combat units in a future high-intensity battlefield environment is solved, and an effective verification mode is provided for a capability generation mechanism of a new-quality combat pattern.

Description

technical field [0001] The invention relates to the field of artificial intelligence and command and control, in particular to a multi-agent-based combat simulation system and method for an unmanned cooperative system. Background technique [0002] With the increasing military applications of unmanned systems, the Internet of Things, and hypersonic equipment, intelligent warfare has become an inevitable trend in future warfare. In the future system operations covering physical and virtual battlefields such as land, sea, air, sky, network, electricity, etc., intelligence will penetrate into all combat links, and the combat platform will be unmanned and intelligent, and will be deployed in the depth of the entire battlefield. Integrating into every unit and element of the combat system enables the network system to have more thorough perception, more efficient command, more precise strikes and more free interconnection. [0003] Currently in the midst of a fundamental shift f...

AI Technical Summary

Problems solved by technology

However, there are several problems with the current technical means: the research on combat concepts is often too macroscopic, and it is difficult to provide effective research methods for the winning mechanism and organizational application mode

It is often a long process from the proposal of a new combat concept to its actual combat application. One of the main reasons is that the winning mechanism cannot be verified

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