机载火控雷达存在多种复杂的内外接口关系。
There are many complicated interfaces in airborne fire control radar and between Radar and Avionics.
结合现代机载火控雷达的特点，讨论了其可行性及局限性，提出了两种实。
According to features of airborne fire control radars, its availability and limitation are discussed, and two schemes are proposed.
在具备机载火控雷达的条件下，使用目标状态估值器能够提高空对空射击性能。
If a fire control radar is installed on the fighter, using TSE will improve the performance of AA gunshot.
该文研究机载火控雷达对慢速目标的检测方法以及发射信号带宽对慢速目标的检测性能的影响。
In this paper, slowly moving target detection for airborne fire-control radar and the effect of transmitting bandwidth are discussed.
使用卡尔曼滤波器对机载火控雷达及其它传感器提供的数据进行处理，可以得到空对空射击火力控制需要的目标运动信息。
The target movement information which AA gunshot fire control needs can be provided by using Kalman filter to process the dada offered by on board fire control radar and other sensors.
最后通过仿真实例验证了评估系统设计的合理性和可信性，证明其可以作为机载火控雷达预研论证、改造升级的重要研究平台。
Simulation example shows that design of the evaluation system is reasonable and reliable. It can be an important research platform of airborne fire-control radar's pre-research and upgrades.
通过多假设的方法，把机载火控雷达高重复频率线性调频测距模式下的目标距离估计和模糊分辨问题转变为静态多模型估计和判决问题。
Through multi-hypothesis, the problems of target range estimation and ambiguity resolving were converted to the problems of static multiple model estimation and decision.
通过多假设的方法，把机载火控雷达高重复频率线性调频测距模式下的目标距离估计和模糊分辨问题转变为静态多模型估计和判决问题。
Through multi-hypothesis, the problems of target range estimation and ambiguity resolving were converted to the problems of static multiple model estimation and decision.
应用推荐