计算机测量与控制2024,Vol.32Issue(1) :37-44,50.DOI:10.16526/j.cnki.11-4762/tp.2024.01.006

模块类网络安全产品的智能测试系统设计

Design of Intelligent Testing System for Modular Network Security Products

孟珞珈 郭元兴 盛强强 杨光 廖熹 李建国
计算机测量与控制2024,Vol.32Issue(1) :37-44,50.DOI:10.16526/j.cnki.11-4762/tp.2024.01.006

模块类网络安全产品的智能测试系统设计

Design of Intelligent Testing System for Modular Network Security Products

孟珞珈 1郭元兴 1盛强强 1杨光 1廖熹 1李建国1
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作者信息

  • 1. 中国电子科技集团公司第30研究所,成都 610041
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摘要

为提高模块类网络安全产品的批量测试效率,降低人力成本及换线时间,开展了模块类网络安全产品的智能测试系统设计;通过对模块类网络安全产品的智能测试需求进行分析,采用将搭载图像传感器的工业机械手与基于PXI架构的测试系统相结合的技术路线,并对机械手控制技术和PXI总线测试平台设计技术进行了研究;创新设计了模块类网络安全产品的智能测试系统,对测试工艺流程进行优化与再造,实现了产品上下料、型号识别与柔性换线、智能装夹、批量测试、合格品与不合格品分拣等流程的一站式无人值守运转;经实际应用验证,智能测试系统的单日测试产能提升超过180%,单日人工工时减少93%以上,换线时间从平均70分钟减少到10分钟以内.

Abstract

In order to improve the efficiency of batch testing for modular network security products,and reduce the labor cost of human resources and time of test line changing,an intelligent testing system design for the modular network security products was carried out;The intelligent testing requirement of the modular network security products was analyzed to adopt the technical route that combines industrial robots equipped with image sensor with testing system based on PXI architecture,and study the robot arm control technology and PXI bus testing platform design technology.This paper innovatively designed an intelligent testing system for the modular network security products,optimized and recreated the testing process flow,and achieved the one-stop unmanned opera-tion of the product loading and unloading,model identification and flexible line changing,intelligent clamping,batch testing,and sor-ting of qualified and unqualified products;Through actual verification,the daily testing capacity of the intelligent testing system is in-creased by more than 180%,the daily labor hour is reduced by over 93%,and the time of line changing is reduced from an average of 70 minutes to within10 minutes.

关键词

网络安全产品/机械手系统/图像传感器/PXI架构/智能测试系统

Key words

network security products/robot system/image sensor/PXI architecture/intelligent testing system

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基金项目

国家重点研发计划项目(2021YFB3302104)

出版年

2024
计算机测量与控制
中国计算机自动测量与控制技术协会

计算机测量与控制

CSTPCD
影响因子:0.546
ISSN:1671-4598
参考文献量14
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