基于随机采样理论的直线检测算法使得平面测量更为精确、快速。
Line detection algorithm based on random sample theory make the plane measurement more precise and quicker.
对电流采样值进行了分段插值方法校正，并对温度进行了直线校正。
The value of current sampling was corrected by the subsection interpolation method, and temperature was corrected by the linear correction.
在每个采样区中，对山地斜坡采用从山顶到山脚大致直线布设采样点，共100多个采样点。
There were 100 sampling spots in mountainous region from summit of hill to the foot of a hill.
提出了在有限密度采样下提高对直线边界的检测精度的方法以及有限密度数据采样网所能达到的最高精度。
A method of enhancing the precision of linear borderline measurement is proposed, and the highest precision that the limited density data sampling can reach is discussed.
根据台阶边缘检测结果，选取部分采样点数据，用最小二乘法进行直线拟合。
Based on the results of the edge anchor, several segments of the height data are selected and linear polynomial fitting are done using least square approximant on these segments separately.
在精确重建滤波过程中，需要计算投影数据的雷当变换，本文采用普通累加法和辛普森直线积分法来完成对象素网格的采样。
The Radon transform of the projection is calculated in the filtered process of exact reconstruction, Siddon and Simpson integral are used to sample the pixels to get the projection.
运用同步技术对采样数据进行归一化处理，将处理后数据转化为相对应的坐标，并运用直线插值法求出间隔点之间坐标；
The paper describes the way to process sampling data using synchronous technology, to transform data and to find unknowable coordinate.
在分析回转类零件采样特点的基础上，给出了圆度、圆柱度、轴线直线度及同轴度等形位误差的数学模型。
The measurement and extraction of the section profile features of cylinders are the basis of the evaluation of their diameters, form & position errors and roughness.
光线投射法是一种重要的体绘制算法，但直线上采样点的确定和采样值计算是非常费时的，也是影响体绘制实时性的重要因素。
Ray casting is an important algorithm in direct volume rendering, but it has the disadvantages of the large amount of computation and inefficient computation of sampling-points.
光线投射法是一种重要的体绘制算法，但直线上采样点的确定和采样值计算是非常费时的，也是影响体绘制实时性的重要因素。
Ray casting is an important algorithm in direct volume rendering, but it has the disadvantages of the large amount of computation and inefficient computation of sampling-points.
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