And in the fuzzy controller on-line interpolation of the self-tuning gene fuzzy model is employed to improve the self-adjusting abilities of the control rules.
在模糊控制器中又通过自调整修正因子模糊数模型的在线插值方法提高了控制器规则的自调整功能。
To solve the interpolation problem of random curve, the schemes of data file interpolation and on-line interpolation are used, which proves to be accurate.
采用数据文件插补和在线插补两种方案，解决了拉弯机位移控制中任意曲线的插补问题，实现了任意曲线轨迹的精确控制。
In this dissertation, a line extraction method based on cubic polynomial interpolation and minimum mean square error fitting are proposed, which can effectively extract lines out.
本文采用三次多项式插值和曲线拟合相结合的方法可简单有效地提取出在线掌纹的线特征。
Then, focused on off-line interpolation calculation and the speed planning, the linear interpolation, circular interpolation, extended line interpolation and spline interpolation are discussed.
首先分析了离线轨迹规划的思路和策略，然后重点讨论了构成轨迹规划的两大核心技术：离线插补计算和速度规划。
A practical calculating algorithm for spiral-line interpolation is prompted based on the time-divided method and the principle is also deduced in detail.
根据时间分割法的思想，提出了一种螺旋线插补算法，并介绍了该方法的基本原理和推导过程。
Based on experimental data of engine, torque and oil consumption model of engine are established by method of spline interpolation. The optimum economy and power operation line of engine is obtained.
在实验数据基础上，利用三次样条插值构造了发动机转矩和油耗数学模型，确定了最佳经济性与最佳动力性工作线。
This paper presents a fuzzy PID controller with on-line multi-linear interpolation. The method of designing the controller is showed.
本文提出一种在线多元插值模糊pid控制器，介绍了该控制器的设计方法。
This paper introduces a theory based on off-line interpolation suitable for NC machining to generate curved line or face, with a primary-secondary computer NC system.
本文提出了一种适用于一般空间曲线、曲面数控加工的离线插补原理，并探讨了书这一原理应用于主从式数控系统的理论和实战问题。
A backtracking interpolation theory based on the synthetic interpolation theory was expounded, a controlling program used to cutting straight line and quadratic curve has been developed successfully.
论述了基于曲线合成插补理论的反向合成插补理论，研制出直线和二次曲线切割加工控制程序。
The feed speed is automatically adjustable on line and this interpolation method can be applied to the adaptive machining process and the flexible manufacturing.
本方法可以实时自动调整进给速度，可用于自适应切削加工过程和柔性制造加工。
The feed speed is automatically adjustable on line and this interpolation method can be applied to the adaptive…
本方法可以实时自动调整进给速度，可用于自适应切削加工过程和柔性制造加工。
The feed speed is automatically adjustable on line and this interpolation method can be applied to...
本方法可以实时自动调整进给速度，可用于自适应切削加工过程和柔性制造加工。
The feed speed is automatically adjustable on line and this interpolation method can be applied to...
本方法可以实时自动调整进给速度，可用于自适应切削加工过程和柔性制造加工。
应用推荐