2) Real-time Interpolation
实时插补
1.
The Real-time Interpolation of Cubic B-spline Curves Based on TMS320F2812;
基于TMS320F2812的三次B样条曲线实时插补
2.
Research on Constant Speed and High Accuracy Real-time Interpolation Strategy for Cam Grinding;
面向凸轮磨削的等速高精度实时插补技术研究
3.
In this paper,a calculation based on de Boor algorithm for the real-time interpolation of NURBS curves is presented.
提出了一种基于德布尔递推算法的NURBS曲线实时插补方法。
3) real time interpolation
实时插补
1.
A new real time interpolation algorithm for complex parametric curve, including high order polynomial curve, Bezier curve, B spline curve, NURBS curve, etc, was developed, which is based on Gauss Legendre quadrature and polynomial interpolation.
提出一种基于 Gauss- Legendre求积和多项式插值的复杂参数曲线 (包括高次多项式曲线、Bezier曲线、B样条曲线、NURBS曲线等 )实时插补算法 。
4) interpolation arithmetic
插补算法
1.
Interpolation arithmetic based on image in laser incised curve;
基于图像的激光切割曲线插补算法
2.
The software realizes the method for not circle contour curve interpolation arithmetic proceeded the detailed description.
介绍了如何运用计算机技术(delphi编程语言)设计软件,以辅助生成数控加工编程数据,对非圆轮廓曲线插补算法的软件实现方法进行了详细的叙述。
3.
The process is made up of designing the overall arrangement and framework,choosing the movement mode of numerical control system,designing the mechanical system and control system,selecting,analyzing and realizing the process of 3D-engrave interpolation arithmetic.
系统地讨论和分析了一台经济型三维雕刻机的开发过程,包括系统的总体布局、结构方案的确定、数控系统的运动方式选择、机械系统的设计过程和控制系统的设计过程以及“三维雕刻”插补算法的选择、分析和实现过程。
5) interpolation algorithm
插补算法
1.
An improved interpolation algorithm for high speed thread cutting;
一种具有快速平稳特性的螺纹插补算法
2.
Research and implementation of NURBS interpolation algorithm for adaptive feed speed;
自动调节进给速度的NURBS插补算法的研究与实现
3.
The circle arc interpolation algorithm of eight octants;
八卦限式的圆弧插补算法
6) interpolation
[英][in,tə:pəu'leiʃən] [美][ɪn,tɚpə'leʃən]
插补算法
1.
Study on transition between sections of B-Spline curves used in direct interpolation algorithm;
B样条类曲线插补算法的曲线段间过渡问题研究
2.
Take the single-chip computer as control and calculating unit,the stepping motor as executing unit,the design applies the interpolation algorithm to achieve the accurate control on the position and trace of the object.
本设计主要采用单片机作为控制、运算单元和步进电机作为执行单元,使用逐点比较插补算法来实现对被控对象位置和轨迹的精确控制。
3.
Point-to-point method is one of algorithms that are widely used in a line inteoplation, and the deviation calculation involved in thes method holds an important position in the course of interpolation.
逐点比较法是一种最常用的直线插补算法，而在其插补过程中，最关键的问题就是偏差值的计算。
补充资料：提插补泻
提插补泻 提插补泻 针刺补泻法之一。指针刺得气后以针上下进退的快慢和用力的轻重来分别补泻的方法。《难经·七十八难》：“推而内之是谓补，动而伸之是谓泻。”意指插针为补，提针为泻。后世医家在此基础上逐渐发展成提插补泻手法。以反复紧按慢提（重插轻提）为补法；以反复紧提慢按（重提轻插）为泻法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条