摘要
针对大口径舰炮精确打击超视距海上目标的作战需求,在对末制导炮弹作战特性分析的基础上,提出基于虚拟发射目标点的指令修正量解算方法和修正数据格式,给出适应海上目标机动的适时指令修正方案,在炮弹出膛后开始计算中、末制导交接时刻因目标机动引起的目标位置偏差,当位置偏差量大于临界值时通过传感器发送指令修正量予以修正。该方法旨在减小因目标有意机动引起的目标预测误差,提高制导炮弹中、末制导交接的成功概率,可为远程对海末制导炮弹的研究和应用提供技术参考。
Based on the analysis of the long-range anti-ship terminal guidance projectile’s combat probability,a command correction resolving method based on the virtual firing target location and a corrected data format are proposed to adapt to the combat requirements of the large caliber naval gun to precisely strike over-the-horizon ship,and a timely command correction plan adapted to the maneuver of the sea target is given,aiming to reduce the target prediction error caused by intentional target maneuvering.Calculate the target position deviation caused by the target maneuver at the time of the mid-and end-guided handover after the projectile is discharged,and correct the position deviation when it is greater than a critical value by sending a command correction through the sensor.The command correction resolving method effectively increase the success probability of the mid-and end-guided handover,which can provide a technical reference for the research and application of the long-range anti-ship terminal guidance projectile.
作者
王海川
郭浩
张志勇
WANG Haichuan;GUO Hao;ZHANG Zhiyong(China Jiangsu Automation Research Institute,Lianyungang 222006,China)
出处
《舰船科学技术》
北大核心
2025年第6期180-183,共4页
Ship Science and Technology
关键词
舰炮
末制导炮弹
预测误差
指令修正
naval gun
terminal guidance projectile
prediction error
command correction
