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Suggest a format for intelligence control and structure of holographic data storage system

机译:提出全息数据存储系统智能控制和结构的格式

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摘要

Data storage related with writing and retrieving requires high storage capacity, fast transfer rate and less access time. Today any data storage system cannot satisfy all of these conditions, however holographic data storage system (HDSS) can perform faster data transfer rate because it is a page oriented memory system using volume hologram in writing and retrieving data. System can be constructed without mechanically actuating part therefore fast data transfer rate and high storage capacity about 1Tb/cm3 can be realized. In this research, to reduce errors of binary data stored in HDSS, a new method for bit error reduction is suggested. Firstly, find fuzzy rule using test bed system for Element of Holographic Digital Data System and make fuzzy rule table using subtractive clustering algorithm and genetic algorithm and Reduce prior error element and recording digital data. Secondly, Reduce prior error element and recording digital data using the particle filter method. Finally, Recording ratio and reconstruction ratio show good performance and we suggest intelligence control method and filter method. Our format table include intelligence control algorithm and filter method.
机译:与写入和检索有关的数据存储需要高存储容量,快速传输速率和更少的访问时间。今天,任何数据存储系统都不能满足所有这些条件,但是全息数据存储系统(HDSS)可以执行更快的数据传输速率,因为它是面向页面的存储系统,在写入和检索数据时使用了体积全息图。该系统可以在没有机械操作部件的情况下构建,因此可以实现快速的数据传输速率和大约1Tb / cm3的高存储容量。在这项研究中,为减少存储在HDSS中的二进制数据的错误,提出了一种减少位错误的新方法。首先,利用全息数字数据系统要素的试验台系统找到模糊规则,并利用减法聚类算法和遗传算法制作模糊规则表,并减少先验误差元素并记录数字数据。其次,减少先验误差元素并使用粒子滤波方法记录数字数据。最后,记录率和重构率表现良好,建议采用智能控制方法和滤波方法。我们的格式表包括智能控制算法和过滤方法。

著录项

  • 来源
    《Microsystem Technologies》 |2007年第10期|1153-1160|共8页
  • 作者单位

    Department of Electrical and Electronic Engineering Yonsei University 134 Shinchon-Dong Seodaemun-ku Seoul South Korea;

    Department of Mechanical Engineering Yonsei University 134 Shinchon-Dong Seodaemun-ku Seoul South Korea;

    Department of Mechanical Engineering Yonsei University 134 Shinchon-Dong Seodaemun-ku Seoul South Korea;

    Department of Electrical and Electronic Engineering Yonsei University 134 Shinchon-Dong Seodaemun-ku Seoul South Korea;

    Department of Mechanical Engineering Yonsei University 134 Shinchon-Dong Seodaemun-ku Seoul South Korea;

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