基于无人机人工智能算法的炮兵火力控制

摘要

本文提出了一套基于人工智能（AI）算法、利用无人机（UAV）实现的炮兵火力遥控综合系统。所研制的炮兵火力控制综合系统包含若干传感模块，分别用于环境评估、信息采集与处理、规划与决策，以及为炮兵营、师或旅指挥员生成指令。该系统的主要优势在于：以对战场态势、敌方武器类型及其重要度类别的快速评估和对敌方军事目标距离的判定为基础，无需人工干预即可作出最为迅速的决策。本文还提出了一种使压制敌军所需炮兵火力强度最小化的算法。

Abstract

The article presents the developed artillery fire remote control complex using unmanned aerial vehicles (UAVs) based on an artificial intelligence (AI) algorithm. The developed complex for artillery fire control includes sensor modules for assessing the environment, collecting and processing information, planning and decision-making, and developing a command for the commander of an artillery battalion, division, or brigade. The main advantage of the developed artillery fire control system using UAVs based on an AI algorithm is the most rapid decision-making without human intervention, based on a quick assessment of the environment, the type of enemy weapons, and their category of importance, and an assessment of the distance to the enemy's military arms. An algorithm is proposed to minimize the power of artillery fire to suppress the enemy.