法医科学证据的多模态成像:MULTI-FORESEE项目

N. Sklavos, S. Francese
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引用次数: 1

摘要

在数字取证科学中,人脸检测和识别技术紧密相连。为了破案,调查人员需要在官方报告中迅速提供准确的结果。人脸检测与识别系统的硬件实现效率高,识别率高,处理时间短。fpga被用于这样的实现,因为它们可以提供并行性和速度。在这项工作中,我们介绍了该领域MULTI-FORESEE COST项目的概述和目标。我们还提出了可替代的人脸检测FPGA实现,以及用于硬件集成的人脸识别技术。最后,我们将这些实现与当前使用的FPGA资源进行比较。从计算能力、性能和资源分配等方面提出了高效灵活的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MULTI-modal Imaging of FOREnsic SciEnce Evidence: MULTI-FORESEE Project
In Digital Forensics science, face detection and recognition techniques are nowadays tightly connected. Investigators need accurate results delivered quickly for their official reports, in order to solve a case. Hardware implementation of face detection and recognition systems have shown to be very efficient with high recognition rate and short processing time. FPGAs are used for such implementations, because of the parallelism and the speed they can offer. In this work, we present the overview and the objectives of the MULTI-FORESEE COST project in this area. We also present alternative face detection FPGA implementations, and present face recognition techniques, for hardware integration. Finally, we compare these implementations with respect to the FPGA resources which are currently used. Efficient and flexible solutions are proposed in relation to computing power, performance, and allocated resources.
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