Main reasons for heading effect drift of an airborne platform inertial navigation system are analyzed in this paper.
文中分析了某型平台式惯性导航系统航向漂移产生的主要原因。
An efficient approach is proposed for tracking targets in FLIR (Forward Looking Infrared) imagery taken from an airborne platform.
提出了一种有效的运动平台下前视红外(FLIR)成像目标跟踪算法。
Because of the high flexibility of airborne platform, the 3-d real-time observation of weather systems can be realized in a close range and high precision.
利用飞机平台的高度机动性可以实现对气象系统近距离、高精度的三维实时观测。
In addition, LITENING pioneered the use of video downlinks that provide ground forces with battlefield situational awareness from the perspective of an airborne platform.
此外，Litening系统还利用视频下行链路为地面部队提供战场态势感知。
In this article, performance of estimation of signal parameters in PAssive Synthetic Array (PASA) is studied, focusing on the background of airborne platform intercepting narrowband microwave signals.
针对利用机载运动平台对窄带微波信号进行侦测的背景，研究了被动虚拟阵列(PASA)对窄带微波信号的参数估计性能。
"We were able to showcase the best airborne tactical command and control platform in the world," he said.
“我们那时能够展现世界上最好的空中战术指挥控制平台，”他说。
The Shaanxi Y-8 twin-turboprop, reverse-engineered from the Antonov An-12, is the platform for the development of airborne early warning, electronic intelligence and instrument flight rules aircraft.
陕西Y-8双涡轮旋浆飞机，安托诺夫An-12反工程版，成为预警机平台，电子情报和仪器飞航规则飞机。
For the sake of communicating with airborne equipments by the 429 bus at the working site, the ARINC 429 bus data communication system platform is needed.
为了在工作现场能和使用429总线的机载设备进行通讯，开发一套便于携带的ARINC 429总线数据通讯设备是十分必要的。
Therefore, an antenna stabilization platform is built for a high resolving power Airborne SAR to image continuously in wide area.
在运动补偿系统中，天线稳定平台是保证高分辨率机载SAR能大面积连续成像的基本条件。
The airborne jamming system has the special working platform and limited resource.
机载干扰设备工作平台特殊，资源有限。
This paper detailedly analyzes precise Range Cell Migration (RCM) correction of the targets and motion error compensation of platform in high resolution airborne SAR data processing.
该文较为详细地分析了高分辨率机载SAR数据处理中，有关目标距离单元徙动(RCM)校正和平台运动偏差的精确补偿问题。
This paper describes the principle of antenna stabilization platform of airborne SAR briefly, and then introduces an ATS (Automatic Test System) for such platform.
该文简述了机载SAR天线稳定平台的工作原理，介绍了针对某型机载SAR天线稳定平台的新型自动化测试系统。
The actual airborne and satellite remote sensing imaging device, because of their own imaging principles and imaging platform jitter, is applied remote sensing image sub-pixel offset error.
实际的机载和星载遥感成像仪，由于自身成像原理和成像仪平台抖动原因，出现了遥感图像亚像素偏移误差。
It can be used for different types of antenna stabilization platform of airborne SAR.
该机载SAR天线稳定平台测试系统可用于多种类型的机载SAR天线稳定平台测试。
However, the reflector antenna has a big size and needs a complicated servo Tracking system, so it is not suited for installation platform of vehicle and airborne.
但是反射面天线尺寸大，并且需要复杂的伺服跟踪系统，因此不适合车载、机载等安装平台。
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.
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。
The airborne SAR (Synthesis Aperture Radar) USES a stabilized platform to make the antenna stable in the inertial place and trace the velocity to the ground.
机载合成孔径雷达使用陀螺稳定平台使天线在惯性空间保持稳定并跟踪地速方向。
Traditional airborne SAR (Synthetic Aperture Radar) makes use of the GPS/INS to compensate the platform motion error to acquire high resolution images.
传统的机载合成孔径雷达（SAR）一般依赖于GPS/INS组合系统补偿平台的运动误差，并获得高分辨率的图像。
This paper focuses on typical actuator housing for airborne equipment. Aninteractive and intelligent computer aided process planning system model is constructed on UGII platform.
针对典型的舵机壳体类零件，在UGII平台上构造了一种交互式、智能化的计算机辅助工艺设计系统模型。
With the development of the technology of Airborne Opto-Electronic Platform (abbreviated to AOEP below), the performance of stabilization and track of AOEP has been well improved.
机载光电平台的稳定跟踪技术日趋成熟，使得机载电视设备的稳定跟踪性能不断提高。
When used in combat, the airborne radars will face the challenges of stealth targets and electronic jamming. Thus we suggest that bistatic radars be used onboard aircraft platform.
针对机载雷达在作战使用时面临的隐身目标和综合电子干扰，将双基地雷达运用于机载雷达，提出机-机双基地雷达系统。
When used in combat, the airborne radars will face the challenges of stealth targets and electronic jamming. Thus we suggest that bistatic radars be used onboard aircraft platform.
针对机载雷达在作战使用时面临的隐身目标和综合电子干扰，将双基地雷达运用于机载雷达，提出机-机双基地雷达系统。
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