The automatic target detector for High Resolution Radar (HRR) is considered.
本文研究了高分辨雷达(HRR)的目标自动检测器。
The software acquires the target detector and scatter-gun baseline information, enters the training interface, and ensures the target selection.
该软件在获得目标探测器和各机枪基线信息后，进入训练界面，先确定对目标的选择。
The equivalent wide pulse (EWP) long coherent integrated technique with range resolution capability is proposed which can overcome range migration in a low observable target detector.
提出一种宽脉冲等效法，在不降低距离分辨率的前提下可克服雷达多个脉冲回波积累检测时距离走动的影响。
It is composed of adaptive MTI (AMTI) with variable number of pulses, digital pulse compression (DPC), moving target detector (MTD), digital integration (di) and constant false alarm rate (CFAR).
它包括点数可变的自适应动目标显示(AMTI)，数字脉压(DPC)，动目标检测器(MTD)，数字积累(DI)和恒虚警率处理(CFAR)。
If the target temperature exceeds the sensitivity specified, the output of the detector will be activated.
如果目标超出了温度敏感性指定，探测器的输出将被激活。
The work principle of directional detector and the key technique for identifying target bearing are analyzed. Design and calculation of detecting antenna have been carried out.
分析了定向探测器的工作原理和目标方位识别的关键技术，并对探测天线的设计做了详细的分析和计算。
Imaging spectrometer is a kind of space remote sensing detector. It can get space and spectral distribution information of a target at the same time.
成像光谱仪是一种空间遥感探测器，它可以同时获取目标的空间和光谱分布信息。
The proposed algorithms are used for target recognition of MMW detector and the experimental results indicate their good performance.
将本文所改进的算法应用于毫米波探测器目标识别，实验结果证明了算法的优越性能。
A detector array is disposed with laying a shield cylinder around each detection electrode. Feasibility of detection of electrostatic volume target by this system has been validated.
设计了一个探测器阵列，且在每个探测单元外加屏蔽筒，并通过仿真验证了该探测阵列对于静电目标在作为体目标时实现探测的可行性。
This new way bases on the principle of pyroelectric detector and defines the quantity of compensation according to the temperature difference between target and its surrounding.
这种方法是根据热释电探测器的工作原理，以被测物体与环境温度的差值作为参考量，根据其差值的大小确定补偿量的多少。
The work principle of directional detector and the key technique for identifying target bearing are analyzed.
分析了定向探测器的工作原理和目标方位识别的关键技术，并对探测天线的设计做了详细的分析和计算。
The laser target shooting system consists of semiconductor laser gun, photoelectric detector, and signal processing circuit, which is the key part of the whole system.
激光打靶系统主要包括半导体激光枪、光电探测器和信号处理电路，信号处理过程是整个系统的关键。
The surface temperature measurement of temperature target based on a medium wave infrared detector was researched theoretically and experimentally in this paper.
对基于中波红外焦平面探测器实现目标的表面温度测量进行了理论及实验研究。
Target and cloud's temporal profiles on detector are studied, and four temporal models are built.
分析了云层背景下目标和云层在探测器上的时间响应特性，建立了四种类型的像素点时域模型。
First, each range resolving unit was accumulated non-inherently in azimuth, and then the detection of HRR target was done with the GLRT detector similar to that of the mono-pulse spread targets.
该方法首先对各距离分辨单元在方位向进行非相参积累，然后利用类似单个脉冲下扩展目标的广义似然比检测器来实现高分辨率雷达的检测。
It is a great challenge for modern defense technology to detect, track and recognize a target at far range from the detector.
如何在有干扰的情况下，在尽可能远的距离上对目标进行快速检测、精确跟踪和准确识别，是现代防御技术领域面临的重要挑战。
Then, the proper grayscale threshold and edge-detector are selected to obtain the binary image and the target boundary.
选取适当的阈值和边缘检测算子对候选目标进行图像二值分割和边缘提取；
The reflection characteristic of the target surface to the laser affects directly the sense of the detector a- gainst the target to be attacked.
目标表面对激光的反射特性直接影响探测器对攻击目标的感知。
The simulation results show the performance of CA-CFAR detector is good under uniform clutter, and is seriously descended under multi-target interference background.
结果表明，CA - CFAR检测器在均匀杂波中性能较好，但在多目标干扰环境中性能严重下降。
A new adaptive constant false alarm rate (CFAR) detector, referred as stepwise cumulation CA (SCCA) CFAR detector, is presented for target detection in a multi-target environment for SAR imagery.
针对多目标环境下的SAR图像目标检测，提出一种新的自适应cfar(恒虚警)检测器。
The paper introduces the design and application of a plant detector which is installed on an electrostatic and target spraying machinery for cotton.
介绍了安装在棉花静电对靶喷雾机上的植株探测器的设计和应用。探测器采用光电探测技术，实现对植株有无的探测。
The effective gain and stability properties of the double-GEM gas detector are measured by high intensive X-ray source (Cu-target, 8.9keV).
使用铜靶X射线管产生的高能量X射线对其气体放大倍数，电荷传输效率，增益稳定性进行测试。
The effective gain and stability properties of the double-GEM gas detector are measured by high intensive X-ray source (Cu-target, 8.9keV).
使用铜靶X射线管产生的高能量X射线对其气体放大倍数，电荷传输效率，增益稳定性进行测试。
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