通过数字水印实现字母数字数据库的安全性

Akshata A. Churi, Vinayak D. Shinde
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引用次数: 1

摘要

随着在线数据可用性对共享数据、业务分析的需求增加,可用数据的安全性成为重要问题,需要保护数据免受未经授权的访问,并且需要提供从可信所有者接收数据的权限。为了提供所有者身份,数字水印技术一直被用于多媒体数据。针对目前大多数数据采用数据库格式的特点,提出了一种支持数据库水印的技术。作为水印输入的字符被转换成二进制值;这些二进制值使用空格字符隐藏在数据库中。每个位随机隐藏在每个元组中。提出了蚁群算法来选择插入水印位的元组。由于使用了蚁群优化,该系统在安全性方面得到了提高,并且即使修改了一些位,隐藏文本也几乎保持不变,因此具有弹性。
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Alphanumeric Database Security through Digital Watermarking
As the demand of online data availability increases for sharing data, business analytics, security of available data becomes important issue, data needs to be protected from unauthorized access as well as it needs to provide authority that the data is received from a trusted owner. To provide owners identity digital watermarking technique is used since long time for multimedia data. This paper proposed a technique which supports watermarking on database as most of the data available today is in database format. The characters to be entered as watermark are converted into binary values; these binary values are hidden in the database using space character. Each bit is hidden in each tuple randomly. Ant colony optimization algorithm is proposed to select tuples where watermark bits are inserted. The proposed system is enhanced in terms of security due to use of ant colony optimization and resilient because even if some bits are modified the hidden text remains almost same.
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