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。
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。
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。
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 presents a method named surface Structured Light Projection Triangle Measurement, by which we can capture the surface topography of a three-dimensional object without any contact.
本论文探讨了一种非接触式快速获取三维物体外形的检测方法——面结构光投影三角测量法。
Even with the advantages of high measurement precision and not easy to wear for the method, the practical measurement result of the linear structured light is not satisfying.
尽管激光扫描测量法具有测量精度高和不易于磨损的优点，但目前国内外采用该方法测量车轮踏面时，实际测量精度和效果均不理想。
According to distribution characteristic of measuring data with line - structured light vision sensor, a method is presented to segment the measuring data and establish CAD model.
根据线结构光视觉传感器测量数据的分布特点，提出了一种基于特征线框的线结构光视觉传感器测量数据的分割与建模方法。
This dissertation presents a method named surface Structured Light Projection Triangle Measurement, by which we can capture the surface topography of a 3d object without any contact.
本论文探讨了一种非接触式快速获取三维物体外形的检测方法——面结构光投影三角测量法。
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。
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。
Combining the advantages of structured light sensor and stereo vision sensor, a method based on single camera simulating stereo vision sensor has been studied.
结合结构光传感器和立体视觉传感器的优点，研究了基于单摄像机虚拟立体视觉传感器的方法。
To address this problem, a method basing on the invariance of double cross ratio is proposed for calibrating structured-light-stripe vision sensor, and the calibration target is designed.
针对这个问题，提出了一种基于双重交比不变的线结构光视觉传感器的标定方法，设计了相应的标定靶标。
Calibrating both the location and the shape of structured light in 3-d measurement system based on multi-point fitting method has been presented.
提出了结构光三维测量系统中投影结构光的空间位置和形状的多点拟合标定方法。
The present invention further relates to a method for producing a concentrically fanned, spatially structured bundle of light beams (422), using the optical deflection element (150) mentioned above.
此外，本申请还涉及一种使用所述光学偏转元件(150)产生同心发散的空间结构化光束(422)的方法。
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。
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。
A novel method, which USES verifying block to verify the system error of 3d body measurement apparatus based on structured light fringe projecting, is mentioned in this paper.
提出了一种使用校验块的新方法，用来校验基于结构光条纹投射的三维人体测量仪的系统误差。
In this paper, the method of frame registration based on the coded points is proposed and large surface is measured through 3d reconstruction and 3d scanning with structured light.
提出了基于编码标志点的框架拼接法，采用数码相机三维重构与结构光三维扫描技术相结合的方法，实现了大面积形体的三维精确测量。
A simple and novel method for optical surface measurement is presented in this paper, which is based on optical 3D sensing by structured light projection.
本文深入探讨了一种简单的光学面形测量方法，即基于结构光投影的光学面形测量方法。
The basic principle of the structured light 3 D scanning method was analyzed to improve the dimensional measurements of industrial parts.
为满足工业零件尺寸测量的复杂要求，对结构光三维扫描法的基本工作原理进行了全面分析。
Method: First, device parameters and azimuth parameters of analytic geometry model and projective geometry model of coded structured light system were analyzed and unified.
方法：首先，比较分析编码结构光系统的解析几何模型和射影几何模型，统一了二者的设备参数、姿态和位置参数。
Based on structured-light vision measurement technology, we study a measuring method for microdiameter.
研究了基于结构光视觉技术的微小直径高精度测量方法。
The results of experiment showed that the color Classification method could reach 99%to color-coded structured light.
根据实验结果表明，对彩色结构光编码的颜色识别率达到99%。
The experiments conducted suggest that the proposed calibration method is of high accuracy and is applicable to many structured light based 3d visual inspection tasks about large workpieces.
试验结果表明该方法可以满足大型工件的结构光三维视觉检测精度的要求。
The experiments conducted suggest that the proposed calibration method is of high accuracy and is applicable to many structured light based 3d visual inspection tasks about large workpieces.
试验结果表明该方法可以满足大型工件的结构光三维视觉检测精度的要求。
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