介绍了一种周期增量抛物线数控插补方法。
A kind of parabola interpolation method with numerical control periodic increment is introduced.
提出了一种三次曲线的软件插补方法——割线法。
This paper proposes a software interpolation method, which is designated Secant interpolation method.
针对复杂曲线的数控加工，提出一种新的插补方法。
A new interpolation method was presented to satisfy the requirements of CNC machining for complicated curves.
这里提出了一种基于计算机采样思想的数据采样插补方法。
This paper represents a data sampling interpolation method based on computer sampling theory.
本文分析了扩展的DDA园弧插补方法，给出了终判公式。
This paper analyzes extended DDA circle interpolation method. Judge of termical point formula is given.
重点阐述其设计要点，以及如何利用多重插补方法对缺失数据进行处理。
The topics enclose the important phases of designing a split questionnaire, and the methods of using the multiple imputation method to deal with the missing data.
为了减小插补误差、提高插补精度和速度，对传统的插补方法进行了改进。
To reduce the interpolation error and improve the interpolation precision, the text give the way to improve the traditional method.
通过数控插补方法加工出来的高精度球轴承符合图纸要求，满足了使用需要。
The drawing requirements were met by NC interpolation and application needs were satisfied.
本文介绍的插补方法有：演绎估计，均值插补，随机插补，回归插补和多重插补。
This paper introduces several imputation methods: those methods include: Deductive imputation, Mean value imputation, Randomized imputation Regression method and Multiple imputation.
在改进时间分割法的基础上，对经济型闭环数控系统提出了一种适合的插补方法。
Based on improvement of time sharing method, a suitable interpolating process is suggested for economical closed loop NC system.
文中讨论了一种以最少参数确定一条圆弧轨迹的插补方法和步进电机变频调速的方法。
This paper discusses a minimum of parameters to determine the trajectory of a circular interpolation method and the method of frequency control stepper motor.
这种方法是在分析了最简单的直线插补，并考虑了各种插补方法的优点以后提出来的。
This method has been developed through the analysis of the simplest linear interpolation, and the merits of various interpolation methods have been taken into account.
在最小偏差法原理的基础上，通过构造独特的偏差判别函数，提出了一种快速高精度的圆弧插补方法。
Based on the principle of the least deviation method, the paper puts forward a rapid and high-precision arc interpolation method through special-structural discrimination function.
根据对高速切削加工计算机数控控制精度和控制速度的影响，分析了直线插补与样条插补方法的优缺点。
The advantages and disadvantages of spline and linear interpolation methods in relation to CNC - control accuracy and rate for high speed cutting are analyzed.
所提出的插补方法采用五次样条和四次曲线多项式微分法近似求取导数，能够更好的满足精确加工的需要。
The applied interpolation method adopts quintic spline and derivatives generation approach for discrete points by using quartic polynomial, which can better meet the needs of high-accuracy machining.
在分析比较积分插补方法的基础上，研究了比较积分椭圆曲线的插补方法，推导了该方法的基本原理表达式。
Based on analyzing the characteristic of comparative integration interpolation, the interpolation method for ellipse arc is researched, and the fundamental formula is obtained.
本文以异型销孔数控镗削系统为例论述了数控加工系统中的数据插补的重要性，并介绍了一种新型的数据插补方法。
The importance of data interpolation in CNC machining system was discussed with the example of non-circle piston-hole machining system , and a new interpolation method was introduced.
本文提出的插补方法，其插补轨迹具有负偏差特性。并且具有速度快的特点。此方法适用于加工不允许有正偏差的工件。
This paper raises the algorithm of the interpolation with negative deviation and fast speed. This method used to machining permitting no positive deviation.
本文给出了一种新型自适应曲线插补方法。即根据弓高误差自动调整进给步长，同时将轮廓误差限定在允许范围之内的参数曲线实时插补方法。
A new adaptive method about curve interpolation is proposed, which can automatically adjust step-length of motion and confine the contour error within a given tolerance.
这种方法的优势是减少插补误差，提高加工精度，而且易被初学者掌握。
This method can reduce interpolation error, enhance machining precision, can be grasped easily by learner.
为提高时变系统的稳定性和精度，提出了基于在线参数辨识的自适应插补控制方法。
To improve the stability and precision of the time-varying system, an adaptive interpolate control method based on the online parameter identification is presented.
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.
其次，引入在线辨识方法，构造出自适应插补控制器。
Second, the adaptive interpolate controller was built up with the on-line identification method.
提出了空间椭圆插补的一种新方法。
A new method for the interpolation of space ellipse is introduced here.
凡是可以表示为矢量参数方程的正则曲线，都可以用该方法进行插补。
Any regular curve that can be expressed by the vector parameter equation may be interpolated by this method.
本文介绍了推算插补运算半径方法。
This paper demonstrates how to compute interpolation radius.
文中根据教材中常用的时间分割法提出了改进时间分割插补法的方法，并探讨这种插补法插补圆弧的原理等。
According to common method in teaching material, the improving method of time segment is submitted in this paper, and the principle is discussed.
精插补使用了PMAC提供的直线插补模式，并由PMAC 以插补后加减速的方法自动完成加减速处理。
Fine interpolation utilizes the linear movement mode offered by PMAC hardware and post-acceleration method is implemented automatically by PMAC configuration.
计算实例表明，使用这个方法可以缩短插补计算时间，实时性好，插补精度高，进给速度波动范围小。
The simulation calculating shows that, the computing time can be shortened, the real-time operation is good, the interpolation accuracy is higher, and the feed speed is even.
计算实例表明，使用这个方法可以缩短插补计算时间，实时性好，插补精度高，进给速度波动范围小。
The simulation calculating shows that, the computing time can be shortened, the real-time operation is good, the interpolation accuracy is higher, and the feed speed is even.
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