基于北斗定位的数字弹道系统关键技术设计研究

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摘 要：针对高动态条件下数字弹道的实时定位和解算处理难的问题，在分析炮兵校射弹工作原理的基础上，基于热启动、弹载卫星天线、高速定位与测速以及弹上无线电发射等技术设计一种新型炮兵侦测校射武器系统，并基于计算机仿真手段对其进行实验与分析，表明了技术的可行性和方法的可靠性。

关键词：北斗定位;数字弹道;校射;炮兵;仿真

中图分类号：E924;P228.4文献标志码：ADOI：10.3969/j.issn.1673-3819.2022.02.018

Research on the Key Technology Design of Digital Trajectory Based on Beidou Positioning

ZHENG Shi-ming1， ZHANG Yong-liang2， GAO Xin1， ZHU Jiang1， HUANG Yan-yan3

（1. Army Command College， Nanjing 210045; 2. Command and Control Engineering College， Army Engineering

University， Nanjing 210007; 3. Nanjing University of Science and Technology， Nanjing 210014， China）

Abstract：Aiming at the problem of real-time positioning and calculation processing of digital trajectory under high dynamic condition， based on the analysis of the working principle of artillery correction projectile， a new artillery detection and correction weapon system is designed by using hot start， missile borne satellite antenna， high-speed positioning and velocity measurement， and missile borne radio launch technology， and the simulation experiment and analysis are carried out based on computer simulation， it shows the feasibility of the technology and the reliability of the method.

Key words：Beidou Positioning; digital trajectory; calibration; artillery; simulation

随着联合火力战、信息火力战等新型作战样式登上战争的舞台，炮兵对火力反应时间、精确打击能力、远程打击能力等提出了更高要求，但炮兵的精确打击和远程校射等方面仍然面临诸多挑战。（剩余7692字）