摘要
新一代战斗机机载雷达目标编队试飞呈现大场次的多批、多路、多层次指挥、引导和决策。针对战斗机雷达目标编队传统的人工指挥引导速度慢、精度差、效率低,导致现有试飞手段满足不了试飞需求的问题,介绍了机载雷达目标编队试飞自动化指挥引导的基本全向引导法等方法、主要功能设置和模块体系结构,建立了机载雷达目标编队试飞自动化指挥引导实现模型,并在基于地面雷达和GPS试飞指挥引导自动化系统研制中得到实现和验证。
The target formation flight test for the airborne radar of new era fighter plane shows large multi-batch, multi-path, multi-layer command guidance and decisionmaking. To solve the problems that have slow velocity, poor precision, lower efficiency for the traditionally artificial command guidance in the current flight test method for the airborne radar of the target formation so that the current flight test method for the airborne radar doesn＇t meet the requirement of flight test, the basic whole direction guidance way and so on, the main function setting and model structure of the automatical command guidance of the target formation flight test for the airborne radar were introduced, The mathematical models for the automatical command guidance of the multi-target formation flight test were built and they were realized and verified on the research and manufacturing of the flight test automatical command guidance based on the ground radar and GPS.
出处
《系统仿真学报》
EI
CAS
CSCD
北大核心
2006年第4期821-823,828,共4页
Journal of System Simulation
基金
航空基金项目(01I30011)
关键词
指挥引导自动化
机载雷达目标编队
试飞引导模型
矢量方程
automatical command guidance
multi-target formation for airborne radar
flight test guidance model
vector equation
