Multi-missile cooperative task planning method based on capability prediction

Abstract

The invention aims to provide a multi-missile cooperative task planning method based on capability prediction, and the method comprises the following steps: step 1, converting a multi-task problem into a multi-target problem according to multi-platform situation awareness information; step 2, according to the current state information of missiles, conducting prediction modeling on the ability ofthe missiles to reach all targets; step 3, constructing a discretization decision vector of the task planning problem; step 4, establishing a multi-missile multi-target distribution mathematical modelunder a multi-constraint condition; step 5, resolving the multi-missile multi-target distribution mathematical model; and solving to obtain a task planning decision vector by taking minimum total allocation cost as a planning principle and adopting an adaptive weight particle swarm optimization algorithm, thereby finishing multi-missile cooperative task planning. The problems that during tacticalweapon formation combat, the number of missiles, tasks and targets is large, planning constraints are complex, and the combat environment changes dynamically are solved, and online autonomous decision-making capacity and multi-task combat adaptability are provided for tactical weapons.

Description

technical field [0001] The invention relates to the technical field of aircraft cooperative mission planning, in particular to a multi-bomb cooperative mission planning method based on capability prediction. Background technique [0002] As the future combat environment becomes more complex, combat missions become increasingly diverse, and combat airspace gradually expands, the point-to-point combat mode of traditional tactical weapons needs to be transformed into a many-to-many system confrontation mode. The future offensive and defensive confrontation will no longer be a confrontation between platforms, but a confrontation game between systems and systems, systems and systems. As the task performer of offensive and defensive confrontation, missiles need to improve the level of intelligence and adapt to the overall confrontation. need. [0003] At present, multi-task and multi-target collaborative task planning has become the core technology for realizing missile networked...

AI Technical Summary

Problems solved by technology

However, for high-speed missiles, the flight envelope is small, the resources on the missile are limited, and the available information is less. Traditionally, manual judgment is mainly used to determine the combat mission of the missile.

The main defect of the above method is that it cannot adapt to the rapidly changing combat environment, and with the increase of mission types and the change of objectives, the complexity of information processing increases, it is difficult for people to quickly make correct judgments in a short time window, and Missiles do not have the ability to adapt to changes after they are launched

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