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Static Software Watermarking Using Graph-Reckoning: Piracy Control for Information Systems

机译:静态软件水印使用图形重读:信息系统的盗版控制

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摘要

Information Systems, as intellectual property, ensures potential earning of businesses that have been affected badly by software piracy. The impact of software piracy can be languished through different techniques such as obfuscation, birthmarks and watermarks etc. used to counter pirated software. A watermarking approach has been presented using data mining techniques. The watermark generation exploits the program constructs (as properties and their relations) in flow graphs. The watermarks generated are embedded in methods for keeping track of actual program ownership. The major advantage of proposed technique is its improved degree for piracy detection (at method level granularity). Also, the technique presented is more resilient to major attacks such as additive, distortive and removal attacks when compared with prevalent watermarking techniques.
机译:信息系统,作为知识产权,确保通过软件盗版严重影响的企业潜在盈利。 通过不同的技术可以弥补软件盗版的影响,例如用于抵消盗版软件的混淆,胎记和水印等。 使用数据挖掘技术提出了一种水印方法。 水印生成在流程图中利用程序构造(作为属性及其关系)。 生成的水印嵌入在用于跟踪实际计划所有权的方法中。 所提出的技术的主要优点是其盗版检测的改善程度(在方法级粒度)。 而且,与普遍的水印技术相比,所呈现的技术更加适应,例如添加剂,扭曲和去除攻击。

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