For better efficiency, most dynamic binary instrumentation tools are developed based on dynamic binary instrumentation framework.
为提高效率,大部分的动态二进制探测工具都是在动态二进制探测框架的基础上进行开发的。
And second, they can only detect specific buffer overflow bugs. This paper presents a method combining dynamic binary instrumentation and taint analysis to defense buffer overflow attacks.
为了解决现有缓冲区溢出防御的两个缺点,本文提出了综合运用动态二进制探测方法和污点分析方法构造缓冲区溢出防御工具的研究内容。
And second, they can only detect specific buffer overflow bugs. This paper presents a method combining dynamic binary instrumentation and taint analysis to defense buffer overflow attacks.
为了解决现有缓冲区溢出防御的两个缺点,本文提出了综合运用动态二进制探测方法和污点分析方法构造缓冲区溢出防御工具的研究内容。
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