提出了一种测量被动成像系统光学散焦的新方法。
A new method to measure the optical defocus of a passive imaging system (ODPIS) is proposed.
受强散射介质的影响，被动成像系统难以探测到远距离的微弱目标。
Affected by strong scattering medium, the faint target in long range is difficult to detected by passive imaging system.
本文主要通过毫米波被动成像系统，完成了不同面目标的辐射温度测试，图像去噪处理，图像边缘检测等工作。
The main works of this paper surrounds the passive millimeter wave imaging system structure, include of the radiation temperature test on different surface targets, image denoise, edge detection.
本文介绍的是一种GPS辅助的被动成像导航系统。
Global Positioning system (GPS) aided passive imaging navigation system is presented in this paper.
该系统将GPS接收机和被动成像传感器组合在一起，能提供完整的位置、速度、角速度和高度信息。
The system combined with GPS receiver and passive imagining sensor can supply complete position, velocity, angular velocity and altitude information.
本发明提出一种新型的被动综合孔径电光成像阵列相位实时延迟系统。
The present invention provides a new passivity synthetic aperture electro-optical imaging array phase real time delay system.
因此在红外成像系统中不得不加入主动或被动补偿机构，以补偿温度变化造成像面移动所引起的系统性能的降低。
For this reason, several active or passive compensation mechanisms have to be appended to thermal imaging systems to compensate the performance degradation with temperature changes.
最后与毫米波无源成像系统的其他部分联合调试，成功地实现了对场景目标的被动成像。
Finally, with the other parts of the passive millimeter wave imaging system, successfully get the passive image of the target scene.
最后与毫米波无源成像系统的其他部分联合调试，成功地实现了对场景目标的被动成像。
Finally, with the other parts of the passive millimeter wave imaging system, successfully get the passive image of the target scene.
应用推荐