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From biometric to forensic hashing: Challenges in digital crime scene trace analysis

机译:从生物识别到法医哈希:数字犯罪现场追踪分析的挑战

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The known BioHash concept introduced e.g. for handwriting biometrics offers possibility of template protection or to derive individual keys (e.g. crypto keys for further protection). In our paper we introduce two forensic use cases: (A) the forensic investigation of a BioHash found during digital forensics and (B) the application of the BioHash to latent crime scene traces in digitized forensics. Firstly, we elaborate the design of the BioHash in the known two operation modes with their essential parameter settings. Secondly we analyze, which forensic information can be derived and interpreted from publicly available data by introducing four investigation purposes. Further, we show that the BioHash can be used for a privacy-preserving search or to enhance reproducibility of varying features in crime scene forensics.
机译:已知的BioHash概念引入了例如用于手写生物特征识别的模板提供了模板保护或导出单个密钥(例如用于进一步保护的加密密钥)的可能性。在本文中,我们介绍了两个法证使用案例:(A)对在数字取证过程中发现的BioHash进行取证调查,以及(B)将BioHash应用于数字化取证中的潜在犯罪现场痕迹。首先,我们以已知的两种操作模式及其基本参数设置来详细说明BioHash的设计。其次,我们通过介绍四个调查目的来分析哪些司法鉴定信息可以从公开数据中获得和解释。此外,我们表明,BioHash可用于保护隐私的搜索或增强犯罪现场取证中各种功能的可重复性。

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