And the night-vision camera could spot a deer in the hedgerow down a dark country lane.
夜间摄像头能在漆黑的乡村小道上辨认出一头在灌木篱墙里的鹿。
A binocular visual relative positioning system based on CMOS vision camera chips is presented.
介绍了一种基于CMOS视觉芯片的双目视觉相对定位信息提取系统。
With a borescope or, preferably, a video stick like my Pro-Vision camera, you can see close up and from many angles.
用管路镜(内窥镜)或强烈推荐的视频棒如我的PRO -Vision摄像头，你可以从多角度看到放大近影。
Targets are acquired via either one of the video channels connecting the day camera, or night vision camera to the gunner and commander displays.
通过摄像机将目标传输到炮手和指挥官的显示器上，并自动追踪目标。
Its night - vision camera was focused on a pinpoint of light in the distance, a three? Storey hotel building, where it detected a great deal of movement.
这架侦察机的夜视摄像机瞄准远处一座3层楼的旅馆，它探测到里面有很多人在活动。
The DRWS is equipped with a day camera, a night vision camera and a laser range finder (LRF), and is remotely operated from the gunner or commander workstations.
DRWS配有一个日用和夜用摄像机以及激光距离探测器，由工作站的炮手或者指挥官遥控操作。
The virtual camera that Mr Cameron used revealed the Pandoran landscape in front of him, but it gave him no peripheral vision.
卡梅伦使用的虚拟摄像机只能展现他面前的潘多拉的景色，却无法显示周边的景观。
To create a 3d film, animators mimic natural human vision by building a stereoscopic camera rig within the computer.
制作3d电影时，动画制作者们用电脑建立起立体摄影设备，以模仿人类的正常视觉。
You're only asking for trouble if you want to make something like a biped with camera vision and an arm to get you a beer.
如果你想制作一个能帮你拿啤酒并有视力的双足机器人，那么你只是在自找麻烦。
When I put a camera to my eye, even though I typically shoot with both eyes open, I get tunnel vision, bad.
当我把相机举在眼前时——即使我习惯睁开双眼取景拍摄——我的视线已经变得非常狭窄了，这样很糟。
These ancient fish may have been among the earliest animals to evolve more complex, camera-like eyes as opposed to the strictly photosensitive vision possessed by more primitive species.
与更原始的物种相比，他们照相机似地眼睛已经已经不仅仅只具有光敏视觉了，或许这种古老的鱼类是最早一批想要进化的更复杂的物种之一。
Camera calibration problem is one of key issues of machine vision research.
摄像机标定是机器视觉检测系统研究的重点问题之一。
Last September Dijital Video ve Imge Teknolojileri, a firm based in Istanbul, launched a computer-vision system that USES a small camera mounted behind a car's windscreen.
去年九月，位于伊斯坦布尔的Dijital视觉影像科技公司开发了一套视觉系统，它使用装在汽车后风挡里面的小型照相机来进行视觉分析。
The vision inspection system consisting of multi-stripes projector and CCD camera finds a wide application in non-contact and online measurement.
由多条纹结构光投射器与CCD相机组成的视觉系统，广泛应用于非接触在线测量领域。
Available sensors include a vision sensor (color monoscopic camera), range sensors (sonars and IR detectors), and bumpers for collision detection.
可用的传感器包括视觉传感器(彩色照相机)、范围传感器(声波和红外探测器)以及碰撞检测的缓冲。
The position of the feature points in camera coordinate system was obtained based on basic principle of binocular stereoscopic vision.
基于双目立体视觉基本原理，得到特征点在摄像机坐标系下的位置。
So the vision system of the robot, of course, include both the camera in a sense that detect the image, but also the models controlling the movement of the eyes.
所以机器人的视觉系统，当然包括探测影像的摄像头，但也包括控制眼球运动的模型。
Camera calibration is a basic and crucial problem in the field of robot control with vision feedback.
在视觉反馈机器人的控制中，摄像机的标定是一个基本的、重要性的问题。
If you really want to save time, "Veggie Vision", a computerized scale and camera, identify various fruits and vegetables and automatically prices them for you.
如果你确实想节省时间，“果蔬秤”，一个电脑化的秤上摄像头，识别所有种类的水果和蔬菜，并且自动显示价格。
Camera filters, sunglasses, machine vision systems greatly benefit from the use of a linear polarizer.
照相机滤光器、太阳镜和机器视觉系统大大受益于线性偏光镜的使用。
Camera calibration: Camera calibration is an important prerequisite for most computational vision tasks.
摄像机定标：摄像机定标是大多数计算机视觉任务的重要前提。
The precision of single camera stereo vision measurement based on the principle and structure is analysed.
从原理和结构方面分析了单摄像机立体视觉测量的结构精度。
In this paper, binocular stereo vision for the detection of the CCD camera calibration, feature point extraction and matching feature points have been studied in detail.
本文主要对双目立体视觉检测技术的CCD相机标定、特征点提取和特征点匹配等内容做了详尽地研究。
So this technology is widely utilized in machine vision, digital camera and target recognition.
因此该技术正广泛地应用于机器视觉、数码相机、目标识别等领域。
So this technology is widely utilized in machine vision, digital camera and target recognition.
因此该技术正广泛地应用于机器视觉、数码相机、目标识别等领域。
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