For Intellectual Property protection and anti software pirate, the paper also deeply researched software watermarking technology.
从移动代码反盗版和知识产权保护角度出发，深入研究了软件水印技术。
So, the paper takes tamper-proof technique used to guarantee the security of the dynamic graph software watermarking as primary researching subject.
本文在现有动态图软件水印防篡改技术的基础上，研究了与特定语言无关的防篡改的动态图水印方案。
Finally, the improved path based dynamic software watermarking algorithm is validated. Verification consists of watermarking embedding and watermarking retrieval.
实现了对基于路径的防篡改动态水印算法的验证，主要对水印嵌入和水印提取两个部分进行了测试。
To simplify the design of the CGI program which is the kernel of software part of DWPS, a watermarking algorithm coding framework is proposed which has high reusability and extensibility.
为简化DWPS系统核心软件CGI程序的实现，提出了具有高可重用性、高可扩展性的数字水印算法编码框架。
To simplify the design of the CGI program which is the kernel of software part of DWPS, a watermarking algorithm coding framework is proposed which has high reusability and extensibility.
为简化DWPS系统核心软件CGI程序的实现，提出了具有高可重用性、高可扩展性的数字水印算法编码框架。
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