首页|基于规则模型的核电安全级DCS硬件设计V&V方法研究

基于规则模型的核电安全级DCS硬件设计V&V方法研究

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为验证核电安全级DCS硬件设计文件,采用面向对象的方法,分析硬件设计图的结构和数据,提取关键特征,结合设计检查规则及约束条件,构建一种规则模型框架,并基于规则模型框架及上游设计需求生成目标规则模型,同时根据硬件设计图生成验证对象模型.通过对比目标规则模型与验证对象模型的方式,完成硬件设计文件的验证.通过建立IO接线原理目标规则模型的工程实践表明,根据上游需求将原理图进行模型化来实现硬件设计验证和确认(V&V)是可行的.也进一步说明,基于规则模型的硬件设计V&V方法能够用于硬件设计的验证.
Research on V&V method for nuclear power safety-level DCS hardware design based on rule models
In order to verify the nuclear power safety-level DCS hardware design file,this study adopts an object-oriented ap-proach to analyze the structure and data of the hardware design diagram,extract key features,combine design inspection rules and constraints,and construct a rule model framework.Based on the rule model framework and upstream design requirements,a target rule model is generated,and a verification object model is generated based on the hardware design diagram.By comparing the tar-get rule model with the verification object model,the hardware design file is verified.The engineering practice of establishing an IO wiring principle target rule model has shown that it is feasible to model the schematic diagram based on upstream requirements to achieve hardware design V&V.Furthermore,it can be further demonstrated that rule-based hardware design V&V methods can be used for hardware design validation.

safety-class DCShardware designverification and validation(V&V)

陈俊荣、贺先建、陈阳、邓兴陈、张兰兰

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中国核动力研究设计院核反应堆系统设计技术重点实验室,四川成都 610213

安全级DCS 硬件设计 验证和确认(V&V)

2024

技术与市场
四川省科技信息研究所

技术与市场

影响因子:0.566
ISSN:1006-8554
年,卷(期):2024.31(12)