基于UHF RFID的服务器产品质量追踪系统的研究

发布时间：2018-12-24 07:22

【摘要】：服务器产品出现质量问题时,传统的质量追踪方法是通过各个环节的工作人员记录的信息来查询质量问题的原因,但是这种质量追踪方法已无法满足用户、销售者以及生产者对快速解决服务器质量问题的要求。基于上述情况,本系统采用基于UHF RFID技术的服务器质量追踪方法,重点研究了追溯系统信息采集、数据分析对比以及追溯功能界面三大环节的关键技术。论文的主要工作体现在以下几个方面： (1)针对传统手工检测方式存在的差错率高、无法快速查询、追溯困难且无法透过服务器的外壳对元器件进行质量监控等问题,对服务器产品的追踪系统进行了需求分析和项目规划,提出了将质量追踪和质量回溯结合的论点,利用UHF RFID技术合理的布置在服务器质量追踪过程的重要节点,在这些节点设置RFID读写器并在读写器中写入质量判定条件,从而实现了服务器整个生命周期信息实时、准确、全面的采集； (2)针对追溯结果快速判断的要求,本系统根据追溯系统的功能对数据库进行优化设计,使用MySQL建立了追溯数据库和标准数据库这两个数据库对采集到的数据进行分析,能快速进行追溯信息的数据处理和结果分析； (3)针对生产商对追溯系统的使用要求,考虑到需要友好的人际交互界面进行追溯结果查询,在Eclipse开发环境里使用SWT工具箱对系统的应用界面和功能进行了设计分析,同时在界面上显示追溯各个阶段的信息和追溯的分析结果。通过对系统的测试验证,本系统可以实现对质量数据的全面采集和自动识别,实时准确的监控服务器整个生命周期流程中的质量信息,还能在出现质量问题的同时分析其原因以保证下一步的正常进行,具有一定的实用价值。
[Abstract]:When there is a quality problem in the server product, the traditional quality tracking method is the reason of querying the quality problem through the information recorded by the staff in each link, but this quality tracking method can no longer satisfy the users. Requirements of sellers and producers for quick resolution of server quality problems. Based on the above situation, this system adopts the method of server quality tracking based on UHF RFID technology, and focuses on the key technologies of information collection, data analysis and contrast, and tracing function interface of the traceability system. The main work of this paper is as follows: (1) aiming at the problems of high error rate of traditional manual detection, unable to query quickly, difficult to trace back, and unable to monitor the quality of components through the shell of server, etc. The requirement analysis and project planning of the server product tracking system are carried out, and the argument of combining quality tracking with quality backtracking is put forward, and the important node of the server quality tracking process is reasonably arranged by using UHF RFID technology. In these nodes, the RFID reader is set up and the quality judgment condition is written in the reader, which realizes the real-time, accurate and comprehensive collection of the whole life cycle information of the server. (2) according to the requirement of quick judgment of traceability result, the system optimizes the design of database according to the function of traceability system. Using MySQL to establish the traceability database and the standard database to analyze the collected data, the data processing and the result analysis of the traceability information can be carried out quickly. (3) in view of the manufacturer's request to the traceability system, considering the need for friendly interpersonal interface to query the traceability result, the application interface and function of the system are designed and analyzed by using SWT toolbox in Eclipse development environment. At the same time, the interface shows the information of each stage and the results of the traceability analysis. Through the test and verification of the system, the system can realize the overall collection and automatic identification of the quality data, and monitor the quality information in the whole life cycle process of the server in real time and accurately. It can also analyze the causes of quality problems to ensure the next step of normal operation, which has certain practical value.
【学位授予单位】：华东理工大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TP368.5;TP391.44

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