1.
High-speed Consecutive Small Line Blocks Interpolation Algorithm Based on Machining Dynamics;
基于机床动力学特性的连续小直线段高速插补算法
2.
A High-Speed and High-Precision Interpolation Mathod for Free-Form Curve;
空间自由曲线的快速高精度插补算法
3.
Applicantion in High Speed Machine of the NURBS Curve Interpolation
NURBS曲线插补在高速加工中的应用
4.
Research on Smooth Interpolation Algorithm for High Speed and High Precision Machining
适用于高速高精加工的平滑插补算法研究
5.
Research of New Interpolation Algorithm in Five-axis System with High Speed and Precision Machining
五轴高速高精加工的新型插补算法的研究
6.
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
7.
Analysis and Evaluation on Dynamics Behavior of Interpolation Algorithm in High Speed Machining;
高速加工插补算法的动力学行为分析与评价
8.
A rapid and highly precise linear interpolation method ── lattice method;
一种快速高精度的直线插补算法──网格法
9.
Adaptive Prospective Interpolation Method for High Speed Machining of Micro Line Blocks Based on the Cubic Polynomial Model
三次多项式型微段高速自适应前瞻插补方法
10.
To all interpolate method of CNC system,the minerror method is a interpolate with higher accuracy and faster speed.
数控系统各种插补方法中 ,最小偏差法是脉冲增量方法中精度最高、运算速度最快的插补方法。
11.
Motion Planning And Adaptive Federate Interpolation Based on NUBRS Curve
NURBS曲线插补的运动规划与自适应速度插补
12.
Bit pattern interpolation algorithm and velocity control of bit pattern interpolation
位模式插补与位插补速度控制算法研究
13.
Research on NURBS Interpolation and Linear Motor Robust Control Technology for High Speed CNC Machining;
面向高速加工的NURBS曲线插补及直线电机鲁棒控制技术研究
14.
Study of Acceleration/Deceleration Control Algorithm in CNC Interpolation;
CNC插补过程中加减速控制算法的研究
15.
The Fast Algorithm of Circular Arc Interpolatio with Negative Deviation Character;
具有负偏差特性的快速圆弧插补算法
16.
Look-ahead controlling method of feedrate in 5-axis NURBS interpolation
五轴NURBS插补中的速度前瞻控制方法
17.
and the high profile precision, flexible modification of federate related to the change of curvature;
加工轮廓精度高,进给速度可随曲线曲率自适应调整,保证了插补的轮廓精度;
18.
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.
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、速高精伺服进给运动装置。