Minutia Cylinder Code-based Fingerprint Indexing Optimization using GPU

Jason Jeremy Iman, A. I. Kistijantoro
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Abstract

The number of population increases over time. At the same time, technology has advanced to a point where most of our data is stored as digital data. Due to the increasing amount of people and digital data, speed become more important. One example is the use of Electronic Identity Card (e-KTP), specifically fingerprint in Indonesia. Identification can take a lot of time for a large amount of people. Thus, there is a need for optimization in fingerprint identification. One of the possibility of optimizing fingerprint identification is through indexing. This paper proposes an optimization for fingerprint indexing, based on Minutia Cylinder Code representation, with the speedup of 2.5 to 66.8 times using GPU.
使用GPU的基于圆柱代码的指纹索引优化
人口数量随着时间的推移而增加。与此同时,技术已经发展到我们的大部分数据都以数字数据的形式存储。由于人数和数字数据的增加,速度变得更加重要。一个例子是电子身份证(e-KTP)的使用,特别是印度尼西亚的指纹。对很多人来说,身份识别可能会花费很多时间。因此,指纹识别需要进行优化。优化指纹识别的一种可能是通过索引。本文提出了一种基于Minutia圆柱码表示的指纹索引优化方法,在GPU环境下,检索速度提高了2.5 ~ 66.8倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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