圆度

石粉圆度的Fuzzy性及其Fuzzy模式识别

Fuzziness of Stone Powder ′ s Roundness and Its Fuzzy Pattern Recognition

基于新一代GPS体系的圆度误差评定研究

Research on Roundness Error Evaluation Based on New Generation GPS

BP神经网络在麻花钻圆度误差检测中的应用研究

Application of BP neural network for measurement of twist-drill circularity errors

基于PC的圆度仪数据采集处理系统的研究

Research on Roundness Measuring Instrument with PC-based Data collection and Processing System

块剑形矩阵的计算方法V形块定位的圆度误差分析

The Analysis of Roundness Error Measurement on V-shaped Block Location Method

基于MATLAB的圆度评定方法

The Method of Roundness Assessment Based on MATLAB

介绍了一种基于ARM的网络化多点圆度检测仪。

It presents a practical high speed roundness tester system based on ARM chip .

基于CCD图像的圆度误差测量的研究

Research on Measurement of Roundness Errors Based on CCD Image

基于USB的实时圆度检测系统的研究及开发

Research & development on real-time roundness measuring system base on USB

基于坐标法测量圆度误差数据处理的MATLAB实现

Realization on MATLAB for the Data Processing of Roundness Error Base on the Coordinate Method

在用计算机实现圆度测量的过程中，首先要解决的就是评定方法的算法，本文论述了一种最小区域圆法的计算机优化叠代算法，并给出了用C语言实现其算法后的结果。

In this paper , the algorithm for minimal territory roundness is discussed and the algorithm is realized with c language .

基于ARM的圆度检测仪

Roundness Tester Based on ARM

MEMS器件圆度误差纳米级测量方法研究

Study on Nano-scale Roundness Measurement Method of MEMS Components

圆度仪与V形法测量轴圆度的比较

Comparison Between the Use of Roundness Measuring Instrument and V type Method in Measuring the Axis ' Roundness

利用Matlab强大的优化计算功能，迅速、准确地求出圆度和圆柱度误差值。

The value of form error is calculated rapidly and precisely by the powerful and optimal calculation function of Matlab .

提出圆度误差评定这一非线性优化问题，给出其优化目标函数及PSO算法的适应度函数和编码方式；

Then its optimization goal and the fitness function of PSO are described .

提出了一种基于等厚干涉和CCD自动测量圆度误差的新方法。

A new method of auto-measuring the roundness error based on equal thickness interference and CCD is proposed .

使用三坐标测量机和圆度仪等测量设备，对各形位误差进行测量，然后利用MATLAB编程对测量结果进行处理，得到不同方法下的测量不确定度，并比较不同方法的优缺点。

Measuring the form and position errors and then using MATLAB programming to process the measurement results by different methods of measurement uncertainty .

提出一种应用线阵CCD自动测量圆度误差的新方法。

A new method of auto measuring the roundness error by means of the linear CCD ( charge coupled device ) is proposed .

用FFT和IFFT计算圆度误差

Calculation of Roundness Error Using FFT and IFFT

论述了系统利用劳埃德镜干涉装置，通过线阵CCD图像处理系统自动测量圆度误差的工作原理及过程设计。

The principle and design process of the system to measure the roundness error using the Lloyd mirror , linear CCD image processing system are described .

本文研究了以AR（自回归）时序模型用于圆度预测补偿控制问题；

The autoregressive ( AR ) time series model is usually used as a forecasting model for compensatory control of roundness in machining processes .

基于IRM和小波变换的圆度误差在线检测技术

Roundness On-machine Measurement Method Based on IRM and Wavelet Transform

介绍了求解圆度误差的三点误差分离原理及其方程的推导和一种在Windows系统下的进行数据采集、数据分析的方法。

The paper introduces the principle of three-point error separation about the round error and deduction of equation , and a method to gather and analyze data under the Windows System .

在国际标准化组织（ISO）最近发布的标准几何产品技术规范（GPS）中，增添了一种新的圆度误差评定方法切比雪夫拟合法。

Among the newly issued standards Geometrical Product Specifications , by the International Standard Organization ( ISO ), there is a new evaluating method Chebyshev fitting method .

加工圆度是评价车床精度的最重要参数&介绍斯宾纳车削中心TS系列

Roundness Is the Most Important Parameter for Evaluating the Accuracy of Lathe & Introduction to TS Series Turning Machine from Spinner

在工序间检测的基础上，提出了轴承外圈圆度数字化测量系统方案，并在V形块定位的圆度模型推导、测量系统滤波分析、硬件电路和软件流程图方面做了介绍。

This paper analyzes emphatically the feature that the workpiece is located on the V-shape block by outside column surface , and discusses relation of rotor line between outer circle generatrix .

用数字图像处理系统测量UO2微球的不圆度

Measuring the Shape Factor of UO_2 Microspheres by the Digital Image System

基于PSoC的圆度误差数据采集系统

Data Acquisition System of Roundness Error Base on PSoC

提出一种评定圆度误差的最小二乘圆参数的新计算公式，即最小二乘圆中心位置（a，b）及半径R的计算公式。

By careful mathematical calculation several formulars of the least-square circle parameters are established in this paper , They are related to the centre position ( a , b ) and the radius ( R ) of the least-quare circle .