给出了相应的基本公式和插补算法。
The corresponding some basic formulas and the interpolation arithmetic are given in this paper.
逐点比较插补算法是轮廓插补的算法之一。
Point-by-point comparing interpolation is one of the contour interpolation algorithms.
提出一种基于现代数控系统计算机数据采样插补算法。
Represents a computer data sampling interpolation algorithm based on modern numerical control system.
针对对数曲线的多轴联动控制，设计了奇偶步插补算法。
Aiming at multi-axis control in logarithmic curves, an odd-even steps interpolation algorithm was designed.
本文介绍常用的几种插补算法。这是CNC机床控制的重要部分。
This paper describes some interpolation methods, which is am important part for con - trolling a CNC machine tool.
在CNC加工中，刀具运动轨迹的插补算法是一个重要的技术问题。
The interpolator algorithm for cutter's motion locus is an important manufacturing technology problem in CNC machining.
根据时间分割法的基本思想，提出了一种空间椭圆曲线的插补算法。
Interpolation algorithm of space oval curves is introduced in the article on the basis of time segmentation.
基于计算机数控系统中逐点比较法的基本思想，提出一种新的插补算法。
Based on the basic principle of point by point comparison, a new interpolation algorithm is presented.
基于计算机数控系统中逐点比较法的基本思想，提出一种新的插补算法。
According to the basic mechanism of point to point comparing method, a new interpolating recurrence algorithm is proposed.
插补算法的目的就是为了实现被控对象以给定的速度沿着制定的路线运动。
The purpose of interpolation algorithms is to achieve the controlled object with a given rate of movement along the lines developed.
结果验证了所建模型及插补算法的正确性，为系统的实际开发提供了依据。
The result proves that the modeling method and interpolation algorithm are both accurate, so it provides basis for practical system development.
复杂曲线的插补算法和跟踪控制算法计算量大，对控制计算机的性能要求高。
The interpolation calculation and tracking control algorithm of complicated curve are difficult to implement, and require high performance control computer.
时间分割是典型的数据采样插补算法，它较之脉冲增量插补法有一系列优点。
Segmentation is a typical data sampling time interpolation algorithm, it has a number of advantages compared with pulse incremental interpolation method.
从分析中发现，在插补算法中加入对曲线曲率的考虑，可以减小插补的弓高误差。
It is discovered that the interpolation error can be greatly decreased by considering the curvature of the curve in interpolation algorithm.
本文还提出了一种可插补空间任意圆弧的插补算法，并用C语言进行了可行性验证。
An interpolation algorithm of circular arc in an arbitrary plane was provided, and its feasibility was verified using language c.
为了加工出高质量的非球曲面器件，超精密非球曲面数控系统的数控插补算法非常重要。
To machining of aspheric part of high precision and high quality, interpolation algorithm of ultra-precision aspheric numerical control system is very important.
对该插补算法的原理及其实现过程进行阐述，并通过插补实例和实践应用证明其优越性。
The interpolation principle and realizing process are expounded. Also, the superiority of the interpolation algorithm is proved by an example and practical application.
介绍了廉价的微处理器刀具磨床数控系统，及其产生平面轮廓的插补算法，以及相关硬件。
The paper introduced the numerical control system of tool grinding machine operated by a cheap microprocessor, the interpolation algorithm of its plane contours, and related hardware as well.
根据三次参数样条曲线的矢量表示方法，导出了一种CNC系统中样条曲线的实时插补算法。
Based on the vector equation, a real time interpolation algorithm for the cubic parametric spline curve in CNC systems is proposed.
本文提出的插补算法将有效地提高异形螺杆加工的精度和效率，为异形螺杆的加工另辟新径。
The interpolation arithmetic will effectively improve the efficiency and precision in the special spiral rod machining, and it provide a new method of the special spiral rod machining.
基于智能运动控制器的二次插补算法可分成两次运算，即采取离线粗插补和实时精插补完成。
The two interpolate algorithm based on intelligent motion controller can be partitioned into two times algorithm, viz. first interpolate in offline and second interpolate on real time.
目前NURBS插补算法绝大多数是围绕着如何解决加工精度和加工速度这一对矛盾体展开的。
At present, NURBS interpolation algorithm proposed by the vast majority of around how to solve the problems which conflicts of the machining accuracy and processing speed.
在分析NURBS曲线现有插补算法的基础上，着重研究了三次NURBS曲线实时插补技术。
Based on analyzing the NURBS curve interpolation Algorithm, this paper emphasizes on the three NURBS curve real-time interpolation technology.
最后提出“将计算机图形学领域生成图形的成熟算法直接应用于数控系统的插补算法”的新思路。
At last, draw a new clue that well-rounded algorithm in the field of computer graphic can be used in CNC interpolation.
本文根据模糊推理技术，提出了一种自由曲面的建模方法，并对其数控加工的插补算法进行了研究。
A method for modeling freeform surface is presented based on fuzzy inference techniques and the interpolation algorithm of numerical control for freeform surface is studied in the paper as well.
针对高速精密三维激光加工系统，其核心之一是获得快速准确插补算法、高速高精伺服进给运动装置。
In regard to high-speed precise three-dimension laser processing system, One of the key points is to obtain fast and precise interpolation algorithm as well as servo drive device.
本文介绍了数控加工系统中一种基于极坐标的新型插补算法。其算法简单，易于实现，且插补误差小。
This paper introduces a new algorithm of interpolation based on polar coordinates. The algorithm is so simple that it can be easily realized by programme with minor error.
文中采用数据采样插补算法进行粗插补，使用大规模可编程逻辑器件CPLD实现了硬件精插补计算。
The paper discussed a new realization method that rough interpolation is realized by sampled-data interpolation algorithm, and fine interpolation can be gained by CPLD electronic device.
文中采用数据采样插补算法进行粗插补，使用大规模可编程逻辑器件CPLD实现了硬件精插补计算。
The paper discussed a new realization method that rough interpolation is realized by sampled-data interpolation algorithm, and fine interpolation can be gained by CPLD electronic device.
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