There are many unique challenges when interacting with an application through stereo cameras.
当通过立体相机与应用程序交互时，有许多独特的挑战。
Stereo cameras are less expensive, lighter, and can construct 3-d maps, but they require a massive amount of computing power.
立体照相机更便宜，更轻便，可以构造3d地图，但是他们需要庞大的计算机计算能力。
The accurate calibration methods of stereo cameras are studied, the way of erasing the radial distortion of cameras has been discussed and proved in experiment.
本文研究了立体摄像机精确定标方法，探讨并验证了摄像机镜头径向畸变的消除方法。
The lever contains a scoop to gather lunar or planetary material for scientists to study, and it also adjusts the robot's two stereo cameras, which can tilt 360 degrees.
这一平衡杆上带有一个勺子，可以获取月球或火星表面的物质供科学分析，同时它可以平衡探测车的两台立体相机，这两台相机都可以360度旋转。
He constructed a platform on the device that holds a laptop computer to provide a wireless connection, a holder for a Sun SPOT, 13 and stereo cameras to see where the unit was going.
他建造了这样一个平台：提供无线连接的笔记本电脑，用于固定sunSPOT13的支持物，以及用于查看工作单元活动情况的立体摄像机。
The movements are calculated by projecting a grid of infrared light spots into a room, tracking how light bounces back, and correlating this with information from the stereo cameras.
通过投射在房间中的网格状红外光点，追踪光点如何反弹并与两个摄像头获得的信息相关联来计算物体移动轨迹。
Alongside the rustic skills and tools, we discover high industrial techniques and instruments: stereo systems, cameras, cinematography, and, of course, computers.
除了古朴的手艺和工具，我们还能发现工业化的高新科技和仪器：立体声音响系统，相机，摄影，当然了，还有，电脑。
A hardware platform of binocular stereo measuring system with simple structure was built with low cost, which consists of CCD cameras, lens, a frame grabber card, a computer and a tripod.
以较低的成本建立了一个结构简单的二目立体测量系统的硬件平台，主要包括CCD相机和镜头，图象采集卡、计算机、三角架。
According to the principle of stereo vision, this paper presents a three-dimensional movement measurement system, based on CCD cameras.
本文以立体视觉测量原理为基础，利用普通的CCD摄像机为基础测量工具，建立三维测量系统。
A set of stereo imaging system consisting of three CCD linear array scanning cameras is designed and manufactured.
研制成功了用于机载的三个CCD线阵扫描的立体成像系统。
A method is present to rectify stereo pairs without calibration for cameras.
提出了一种无需相机标定的立体图像对平面投影变换校正方法。
In stereoscopic displays, the stereoscopic display effect is related to the parallax of stereo image pairs, and parallax is affected by cameras layout when the parallax images are captured.
自由立体显示器的立体显示效果与视差图的视差大小及性质密切相关，而视差的大小是受获取视差图时相机的摆放方式影响的。
In stereoscopic displays, the stereoscopic display effect is related to the parallax of stereo image pairs, and parallax is affected by cameras layout when the parallax images are captured.
自由立体显示器的立体显示效果与视差图的视差大小及性质密切相关，而视差的大小是受获取视差图时相机的摆放方式影响的。
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