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The process of using automated software has served law enforcement and the courts very well, and experienced detectives and investigators have been able to use their well-developed policing skills, in conjunction with the automated software, so as to provide sound evidence. However, the growth in the computer forensic field has created a demand for new software (or increased functionality to existing software) and a means to verify that this software is truly “forensic” i.e. capable of meeting the requirements of the ‘trier of fact’. In this work, we present a scientific and systemical description of the computer forensic discipline through mapping fundamental functions required in the computer forensic investigation process. Based on the function mapping, we propose a more detailed functionality orientated validation and verification framework of computer forensic tools. We focus this paper on the searching function. We specify the requirements and develop a corresponding reference set to test any tools that possess the searching function.
Guo et al. (Wed,) studied this question.
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