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Gathering and Storage Technique Implementation of Volatility Memory Data for Real-Forensic

机译:收集和存储技术实现真实法医的波动性存储器数据

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Digital Evidence has a property like independence, invisibility, expertise, enormousness, fragility and others of a medium, which are different from the existing physical evidence. To use this as evidence, the authenticity, integrity, credibility and originality should be guaranteed so that the Digital Evidence collected from a computer or storage device may have a legal effect. Especially, as the medium to become legally effective for real-time digital information has the property of independence and invisibility, in respect of the collection of volatility memory data and the data stored, they should be submitted after transforming them into a visible form. In this study, I am going to apply a technology that collects and stores the volatility memory data that generate in real time by analyzing the storage method of a register that is variously applied at the time of CPU designing.
机译:数字证据具有独立性,隐形,专业知识,巨型,脆弱性等的财产,媒体的其他与现有的物理证据不同。要使用这作为证据,应保证真实性,完整性,可信度和原创性,以便从计算机或存储设备收集的数字证据可能具有法律效果。特别是,随着媒体对实时数字信息的合法有效具有独立性和隐形性的性质,就可以收集波动率存储器数据和存储的数据,应在将它们转换为可见形式之后提交。在本研究中,我将应用一种技术,该技术通过分析在CPU设计时各种应用的寄存器的存储方法来实现实时生成的波动率存储器数据。

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