Data sampling interpolation algorithm based on computer sampling theory and its application in modern numerical control system;
计算机数据采样插补算法及其在现代数控系统中的应用
The interpolation algorithm for involution is proposed in accordance with the principle of data sampling.
根据数据采样法的基本思想 ,提出了一种渐开线的插补算法 ,介绍了该方法的基本原理和实现方法 ,对插补的轮廓误差进行了分析 。
According to the basic idea of data sampling interpolation s time division,under the condition of machining quality being guaranteed,the cutter-center path is programmed into some straight line segments,consequently the feed rate between adjacent lines is almost constant.
具体依据数据采样插补的时间分割基本思想,在控制加工精度的条件下,将刀心轨迹离散为若干直线段的同时,确保相邻线段间的进给速度基本恒定。
Analysis and countermeasures of problems about unusual sampling data in microprocessor-based protection;
微机保护采样数据异常问题的分析与对策
First, it gives a method of extracting signal frequency from sampling data Second,it also gives the range of relative errors by the relative errors formulation Finally, the theory is verified under the environment of Matlab and the results are also given The conclusion may be taken as a tutor for research of extracting signal frequency from sampling dat
首先 ,提出了一种从采样数据中提取信号频率的方法 ;其次 ,通过相对误差计算公式给出了此种方法的相对误差 ;且在 m atlab环境下验证了此种算法并给出了仿真结果 ,对从采样数据中提取信号频率的研究有一定的参考意义。
The record of CAT is a series of sampling data.
计算机辅助测试所得记录为一系列经滤波的离散采样数据,要把它恢复成不失真的连续光滑曲线打印输出,应对数据进行处理。
Chaotic anticontrol of a class of two-dimensional continuous time linear systems using sampled data;
基于采样数据二维连续线性系统的混沌反控制
The single parameter sampled data feedback control directs the system to unstable equilibrium point with only one parameter.
对最近提出的Liu混沌系统建立了自反馈控制和单参数采样数据反馈控制方法。
The system state variables are sampled at a given sampled period,and a sine function constructed by the sampled data is used both to form a discrete-time state feedback controller and to make the continuous-time,stable and linear systems chaotic.
针对具有复特征值的稳定连续线性系统,提出了一种基于采样数据的混沌反控制方法。
This paper describles the design and implementation method of the virtual battery test system based on FPGA and USB interface technology, And explained the design principle based on FPGA central controller especially, the design of Read and Write module of USB endpoint, the design of muti channel data sample module and the realization of USB interface driven.
论述了基于FPGA与USB接口技术的虚拟蓄电池测试系统设计方案及其实现方法,重点阐述了基于FPGA中央控制器的设计原理,USB端点读写模块的设计,多路数据采样模块的设计及USB接口底层驱动的实现。
"The data sample interval must be less than or equal to 45 days.
"数据采样间隔必须少于或等于 45 天。
Design and Realization of an 800MSPS FADC Digitalization System;
800MSPS FADC数据采样系统设计与实现
Network Performance Measurement Results Analysis Technique--Data Sampling
网络性能测量结果分析技术——数据采样
Analysis on an Error of Data Sampling Circular Interpolation
一种数据采样法圆弧插补误差的分析
Study on the Data Sampling with Arc Interpolation Algorithm Based on Parameter Equation
基于参数方程的数据采样圆弧插补算法
random input sampled-data system
随机输入采样数据系统
nonlinear sampled-data system
非线性采样数据系统
Blasthole logging and supervision of blasthole sampling.
记录炮眼数据,并监督炮眼采样工作。
Impulsive Force Data Processing and the Mathematica Procedure;
冲力采样数据分析的思路及Mathe matica程序
Identification for Non-uniformly Sampled-data Systems
非均匀采样数据系统的辨识方法研究
AM-MI-GESG Algorithms for Non-uniformly Sampled-data Systems
非均匀采样数据系统AM-MI-GESG算法
Data Collection Algorithm based on Correlation in Wireless Sensor Networks
面向数据相关的传感器网络采样算法
Improvement on Sample-data Model of HVDC Converter
HVDC换流器采样—数据模型的改进
Data Acquisition System for Test of Superconducting Short-sample Wire Based on Single Chip Microcomputer
基于单片机的短样测试数据采集系统
Design of High-speed Data Acquisition System Based on the Principle of Random Equivalent Sampling;
基于随机采样的高速数据采集系统设计
On the Treatment of Data Acquisition Sampling Frequency in Fiber Optic Sensor Controlling;
光纤传感控制中数据采集采样频率处理分析
MAX125-based Multichannel Simultaneous Sampling and Data-collecting System;
基于MAX125的多通道同步采样数据采集系统
A High-speed Data Acquisition System Based on Equivalent Time Sampling
一种基于等效采样技术的高速数据采集系统
本网站所收集内容来自网友分享仅供参考,实际请以各学校实际公布信息为主!内容侵权及错误投诉:1553292129@qq.com
CopyRight © 2020-2024 优校网[www.youxiaow.com]版权所有 All Rights Reserved. ICP备案号:浙ICP备2024058711号