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基于Sobel算子的轮胎整周PGM图自动生成程序设计
Design on Automatically Generating Program of Tire Whole-cycle PGM Based on Sobel Operator
Received:October 28, 2019  Revised:October 28, 2019
DOI:10.12135/j.issn.1006-8171.2020.08.0465
中文关键词: 轮胎;噪声仿真;PGM图;Sobel算子;仿真误差;效率
英文关键词: tire;noise simulation;PGM diagram;Sobel operator;simulation error;efficiency
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Author NameAffiliationE-mail
Ge Chao TTAQingDaoTire Technology Alliance Co,Ltd xianbo.jing@tta-solution.com 
Zhang Xiaopeng TTAQingDaoTire Technology Alliance Co,Ltd  
Li Yadong TTAQingDaoTire Technology Alliance Co,Ltd  
Li Hongwei TTAQingDaoTire Technology Alliance Co,Ltd  
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中文摘要:
      以Matlab为开发平台、Sobel算子理论为基础,设计程序辨识并提取PGM图中的单个节距花纹信息,根据输入参数,结合轮胎整周PGM花纹图自身的特点,自动生成并优化轮胎整周PGM花纹图。与UG软件中二次开发的扫描程序生成的PGM图相比,该程序最终生成的轮胎整周PGM花纹图的噪声仿真误差在1%以内,效率提升10倍以上。
英文摘要:
      Based on Matlab platform and Sobel operator theory,a program was designed to identify and extract the single pitch pattern information in the PGM diagram.According to the input parameters,combined with the characteristics of the tire whole-cycle PGM pattern,the tire whole-cycle PGM pattern was automatically generated and optimized.Compared with the PGM diagram generated by the scanning program developed in UG software,the noise simulation error of the PGM diagram generated by the program was less than 1%,and the efficiency was increased by more than 10 times.
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