它复合了日光光谱成像技术，具有高分辨率光电传感器并带有机载处理系统能自动检测和识别目标。
It combines daytime hyperspectral imaging technology, featuring high-resolution electro-optic sensors, with an airborne processing system to automatically detect and identify targets.
研究了机载电子设备计算机自动化检测系统，测试软件的设计方法。
The design method of test software used in automatic test system of airborne electronic equipment is studied.
为提高某型飞机轰炸军械系统的故障检测水平，采用单片机控制与测量技术研制了轰炸军械系统及所属机载军械设备故障检测仪。
For raising the fault test level of the bombing ordnance system of the plane, the author developed the fault test instrument using microprocessor in bombing ordnance test system.
针对电子所机载SAR系统的回波数据，采用频域滤波方法有效地进行动目标检测和成像。
The dissertation uses spectral-filter method to detect moving target in the real echoes received from an airborne SAR system.
为了对火箭发射器的各种故障进行快速准确的检测，提出了机载火箭发射器新型智能检测系统。
In order to test the rocket launchers faults quickly and accurately, a novel and intelligent testing system of rocket launcher is proposed.
介绍了机载火控系统记录装置智能自动检测设备的功能、硬件和软件的设计，提出了为增强自动检测系统的可靠性所采用的关键技术等。
The function, and the design of the hardware and software of an intelligent automatic test equipment for an airborne fire control system recording unit are introduced in the paper.
采用偏振检测方法，对机载激光测深实验系统接收到的大动态范围的水下目标反射的激光回波信号的压缩进行了实验研究。
This paper described a polarization detection method to compress the lager dynamic range of laser returned signals in airborne laser bathymetry system.
本论文主要论述了机载卫星通信站天线分系统故障检测系统的研制过程。
This paper mainly deals with the research process of a fault detection system of the antenna system of satellite communication carried in plane.
以机载pd雷达为例，对该雷达系统的检测性能和抗干扰性能进行了详细的分析和评估，同时还对雷达系统的测角精度、检测因子和部分模块的改善因子进行了分析。
Taking airborne PD radar as an example, detection performance, anti-jamming performance, measurement accuracy of Angle, detection factor and improve factor of some blocks are analyzed and evaluated.
以机载pd雷达为例，对该雷达系统的检测性能和抗干扰性能进行了详细的分析和评估，同时还对雷达系统的测角精度、检测因子和部分模块的改善因子进行了分析。
Taking airborne PD radar as an example, detection performance, anti-jamming performance, measurement accuracy of Angle, detection factor and improve factor of some blocks are analyzed and evaluated.
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