研究并设计了基于光学定位法的空间瞬态光辐射信号定位系统。
A spacial transient optical signal location system ba sed on optical location method is designed.
本论文旨在探索研究一套新的基于CCD星图的空间目标精确光学定位方法。
This paper aims to explore a new method which is based on CCD star image for space-object accurate optical localization.
摘要 ：为了实现大型自由曲面的三维面型测量，提出了采用光学定位跟踪技术的数据拼接方法。
Abstract : In order to realize 3D shape acquisition for large free surface, a data registration method using optical location tracking technology was proposed.
本文的研究成果在于提出了一套基于CCD星图的空间目标精确光学定位方法，为进行空间目标监测提供了新的技术途径。
The result of this paper is to propose a new method based on CCD star image for space-object accurate optical localization, and provide a new technology for space-object surveillance.
从那时起，尽管它是太空中除太阳系外最亮的放射源，光学望远镜在数十年的时间里却不能给它准确定位。
Even then, although it is the brightest radio source in the sky outside the solar system, optical telescopes could not locate it for several years.
联合与特种作战计划的目标是开发可以为特种兵提供支持的武器、军需品、增强的光学与红外目标定位系统和其他技术。
The Joint and Special Operations Program develops weapons, munitions, enhanced optics, infrared targeting systems and other technologies in support of the Special Operations warfighter.
光学成像条码定位是一种基于条码识别技术和机器视觉测量的光电自动化测量方法，具有广泛的应用领域。
Based on barcode recognition and machine vision technology, optical barcode image positioning (OBIP) has been widely applied in photoelectric automatic measurement fields.
Starbrook是一个地面宽场光学传感器，能够测量高空地球轨道内数量上不断增加的物体，比如地球同步卫星和全球定位系统型轨道。
Starbrook is a ground-based wide-field optical sensor capable of surveying the increasingly large number of objects in the higher-Earth orbits, such as the geostationary and GPS-type orbits.
船载经纬仪是远洋航天测量船导航定位系统专用光学测量设备。
The theodolite designed for measure ship is a special optical equipment based on TV tracking and measuring for the use of navigation orientation system.
自动光学检查是利用图像处理算法进行电路板故障检测与定位的技术。
Automatic optical inspection is a technique for fault detection and location of printed circuit board using digital image processing algorithms.
但是光学雷达发现了一片密集的城市景观，甚至有和吴哥窟附近一样的螺旋，它协助考古学家们定位出精确区域，以便发掘遗迹中尚未被劫掠的部分。
But the lidar data revealed a dense cityscape that even included the same spirals seen at Angkor Wat, and helped pinpoint areas for archaeologists to dig that had not been looted.
必备的组件包括：灯源，部件定位，摄相机，光学与控制逻辑，以及图像采集设备，处理软件和技术服务。
Among the essential components: lighting, part positioning, cameras, optics and control logic, as well as image acquisition hardware, processing software, and engineering services.
首先分析了光衰减器的光学原理，然后详细介绍了其电机定位系统。
First, it analyzed the optical theory of attenuator, then introduced the motor positioning system in detail.
摄像机光学畸变的修正以及图像处理的亚像素定位方法，减小了目标图像的定位误差，提高了系统的测量和调整的精度。
The correction of camera optics distortion and sub-pixel method for image processing can reduce the error of target image orientation for the precision improvement of system measuring.
研制了硅微光学力传感器，并用来研究和优化显微注射器自组装定位芯片的几何结构和操作程序。
Silicon micro -optical force sensors were also developed to study and optimize the geometry and operation procedure of the microinjectors and self-assembly positioning chip.
为实现光学精密调整，研制出了由交流伺服电机驱动的6-HTRT并联机器人，它具有6个自由度，其结构特点决定了该机器人可以完成高精度定位调整。
To accomplish a task of optical precision adjustment, a 6-DOF precise parallel robot with architecture of HTRT is presented, which is driven by AC servo motors.
人脸几何参数测量和特征定位是光学三维测量在医学整形美容、三维人脸识别等方面应用的关键技术。
The geometric parameter measurement and feature location of the face are the key technology in the application of the optical 3D measurement.
针对物镜光学元件装配过程中接触副定位对准精度、接触过程中残余摩擦力对面形的影响等问题提出了解决方案。
Assembly method for the Optic is designed and the solution for problem about positioning and aligning of the contact coupling and trapped friction which affect the figure are put forward.
其次，根据无人机定位跟踪的需要，分析比较了机械式跟踪技术、磁传感跟踪技术、GPS跟踪技术、超声波跟踪技术、惯性跟踪技术和光学跟踪技术的优缺点。
Secondly, according to the needs of UAV location tracking, the paper analyzes the advantages and weakness of mechanical, magnetic sensing, GPS, ultrasonic, inertia and optics tracking technology.
本文重点研究了高精度的光学成像系统技术，设计和实现了基于机器视觉的对准定位系统。
In this thesis, the high-precision vision alignment is realized by using the technology of optical imaging and the alignment system based on the machine vision is designed and realized.
由无线电、红外线和光学不雅察看收集到的影像显示该星系中有两个亮点，但无法准确定位X线的来源。
Images collected by radio, infrared and optical observations showed two bright spots, but did not pinpoint the origin of the X-rays.
系统采用摄像头等光学测量仪器和编码器、罗盘等定位设备达到坐标测量的目的。
First, the fundamental principles are introduced based on the system; and the operation process, parameter setting and structural design of this device are analyzed.
光源：长寿命高能量红外光源，精确定位无需打开光学盖即可在外部无线接插光源。
Source: Longer lifetime, high energy wireless ir source. Replace the source without opening the bench.
光源：长寿命高能量红外光源，精确定位无需打开光学盖即可在外部无线接插光源。
Source: Longer lifetime, high energy wireless ir source. Replace the source without opening the bench.
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