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Palm Print Authentication on a Cloud Platform

机译:云平台上的Palm Print身份验证

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摘要

For many years, native platforms have been trusted to execute programs of ample size, producing unique results. As cloud platforms continue to grow in popularity and usage, the paradigm shift as a comparable solution only native platforms were known to handle due to its scalability across data nodes. With this advantage of cloud computing in mind, the objective in this research effort is to successfully execute a biometric histogram generation algorithm based on evolutionary approaches on a cloud application utilizing Hadoop and Map Reduce. The software developments and experiments procured a definite conclusion that biometric algorithms can be executed on cloud infrastructure. In this paper, palm print, a unique, permanent and trusted biometric trait, is utilized for authentication.
机译:多年来,本机平台已被信任执行大型程序,从而产生独特的结果。随着云平台的普及和使用不断增长,范式已转变为可比较的解决方案,只有本地平台才能解决,因为它可以跨数据节点扩展。考虑到云计算的这一优势,本研究工作的目标是在基于Hadoop和Map Reduce的云应用程序上成功执行基于进化方法的生物统计直方图生成算法。软件开发和实验得出了明确的结论,即可以在云基础架构上执行生物识别算法。在本文中,掌纹是一种独特,永久且值得信赖的生物特征,用于身份验证。

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