A 3d shape acquisition system using linear structured light scan is introduced.
介绍一个利用线结构光扫描获取目标3维信息的测量系统。
A rotating measuring system based on structured light vision sensor is proposed.
提出一种基于线结构光的回转式视觉测量系统。
A calibration method for linear structured light measure system is also proposed.
还提出一种适用于线结构光测量系统的标定方法。
A new phase unwrapping method based on structured light binary code is discussed.
探讨了一种新的基于结构光编码相展开技术。
An asymmetry Dual-Camera structured light based 3-d digitization system is introduced.
提出一种基于非对称双相机结构光的三维扫描系统方案。
Range image is obtained by use of the multi-line structured light range image obtaining device.
采用本论文中设计的多线结构光深度图像获取装置获取了深度图像，并进行了图像处理。
It ensures that the 3d vision measuring data with line-structured light can be precise collected.
为基于线结构光的视觉3d测量中数据精确采集提供重要的保证。
The measurement principle of structured light method based on a triangular algorithm is described.
阐述了基于三角法结构光投影的测量原理。
A novel approach for testing and compensating the errors of structured light sensors is presented.
提出了一种线结构光测头误差检测和补偿方法。
The composing of structured light sensor and the existing calibration methods are presented tersely.
简单介绍了结构光传感器的组成和现有的标定方法。
The characteristics and principles of structured light method and AMP method are analyzed in detail.
结合作最新的研究成果，重点对结构光法和辅助测量棒法测量作了介绍。
The laser stripe image gathered in the structured light measurement system is needed to be processed effectively.
在结构光测量系统中需要对采集到的激光条纹图像进行有效处理。
A method of remanufacturing workpieces measurement and reconstruction based on structured light stereovision is proposed.
提出了一种基于结构光三维视觉的再制造工件测量及重建方法。
In the whole bag of tricks of 3D depth mapping technology, structured light method take advantage of resolution and speed.
在三维深度映射技术的各种方法中，结构光法表现出了在分辨力和速度上的优势。
The thickness measurement of the transparent curved surface object is investigated with the linear structured light method.
从实际应用角度出发，采用线结构光方法进行曲面透明壳体厚度测量的研究。
The working principle of 3d scanning with structured light and the system calibration of ATOS optical scanner are introduced.
介绍了ATOS流动式光学扫描仪的结构光三维扫描法工作原理和系统标定方法。
Therefore, 3d vision detection instruments based on structured light have wondrously and important background in application.
因此，结构光三维视觉检测方法及设备应用背景极其重要。
In this paper, a 3d object measurement system based on binocular grating structured light measurement techniques is presented.
本文提出的结构光三维测量系统是一种光栅式结构光扫描双目视觉测量技术。
The paper analyzes a model of the line structured light sensor, and also derives imaging formulas by matrix transformation way.
分析了结构光传感器的模型，从矩阵变换的角度推导出了传感器的成像公式。
Dot structured light is mainly applied to measure one-dimensional distance and to obtain the location of object in one direction.
点结构光主要用于一维距离的测量，也适于物体的一维定位。
Compared with the common seam track system, this article introduces the working principle of optical sensor with structured light.
对几种常见的焊缝跟踪系统进行比较，着重介绍了结构光式视觉传感器的工作原理。
When it is used in 3D reconstruction by structured light, the experiment result shows the precision fits the needs of 3D data fusion.
把该方法应用于结构光的三维重构中，实验结果表明计算精度能满足三维数据融合的要求。
Feature data points acquired by structured light scanning are accurate and the distribution density of those data points is nonuniform.
结构光扫描获取原始数据精度较高，但是存在数据密度不均的问题。
The mathematical model of single line structured light transducer is studied and it's expression under homogenous coordinate is given out.
研究了线结构光传感器的数学模型，并给出了齐次坐标系下的表达形式。
To acquire range information quickly and effectively, a trinocular active range sensor based on structured light is suggested in this paper.
为快速有效地获取深度信息，本文提出一种基于结构光的三目主动式深度信息获取方法。
It is expatiated a not on the principle that using structured light grating projection measurement. Detailed measurement processes and results.
阐述了一种非接触式结构光光栅投影三维测量技术原理，给出了利用该原理测量零件的过程和测量结果。
Structured light 3-d measuring system adopts computer vision theory to measure and reconstruct object in order to obtain the 3-d model of object.
结构光三维测量系统是利用计算机视觉原理对物体进行三维测量和重构，以获取物体的三维模型。
To improve the accuracy of structured light methods and surface smooth degree of reconstructed object, new method based on curve fitting is advanced.
为提高结构光条纹中心线的提取精度和提高重建对象的表面光滑度，提出了一种基于曲线拟合的结构光条纹中心的检测方法。
It's principle is similar with the structured light triangulation, but it overcomes the drawback of taking long time in getting and processing images.
它的测量原理虽然与结构光三角测量原理类似，但它克服了三角法中获取图像和处理时间较长的缺点。
This coding method is applied to grating structured light sensor, the surface of a statue of Venus is measured, and 3d reconstruction results are given.
把该编码方法应用于光栅结构光传感器中，实现了维纳斯雕像的三维测量，并给出了三维重建结果。
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