摘要
以某激光导引兵器为背景,研究了将激光导引头实物接入回路的半实物仿真系统的方案、设计与研制。构造了一个激光制导兵器在接近真实飞行环境下,对目标进行瞄准、跟踪和实施攻击的仿真系统。本系统可对该激光制导兵器进行全数字仿真或半实物仿真研究,检测激光导引头接收目标信息、分辨目标、跟踪目标和抗干扰工作能力等。该系统已成功的运用于某型激光制导武器导引头的半实物仿真。
This paper introduces the project of Hardware-in-the-Loop (HWIL) simulation system of laser-guided bomb. Its design and development are also presented. The simulation system is built to simulate the aiming, tracking and attacking the targets process of laser-guided weapons in approaching actual environment. This system can be used to study the laser-guided weapon through digital simulation and HWIL simulation. The seekers ability of receiving targets information, differentiating the target, tracking the target and anti-jamming can be checked and measured. This system has been successfully used in the seekers HWIL simulation of a type of laser-guided weapon.
出处
《系统仿真学报》
CAS
CSCD
2004年第2期255-257,共3页
Journal of System Simulation
关键词
激光导引头
半实物仿真
目标干扰模拟
模型校验
同步控制
仿真精度
laser seeker
hardware-in-the-loop simulation
target and jam simulation
model verification
synchronic control
simulation precision