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Evaluation of SIFT on Androidbased Mobile Devices and Personal Computers

机译:基于Android的移动设备和个人计算机上SIFT的评估

摘要

The purpose of this paper is to evaluate two algorithms for the feasibility ofobject recognition on mobile devices. The majority of this paper is based uponthe work by Lowe (1999, 2004) with the SIFT algorithm and a discussionregarding the DAISY algorithm by Tola et al. (2010), evaluating the key aspectsof the algorithm and whether it could be a used on mobile devices.The SIFT algorithm has been implemented to run on a desktop machine and anAndroid-based mobile device to test the feasibility of object detection. Theimplementation for the desktop was done for a comparative study between themobile device and the desktop computer. Source-code of the implementation onthe desktop and the Android platform can be found at:https://github.com/iancornelius/SIFT-AndroidThe results from the outcome found that the task of object recognition on mobiledevices is feasible. Further work to be carried out would be the implementationand evaluation of DAISY on the desktop and Android mobile-device to comparewhether DAISY can improve the results gained on single-core devices. Anotheraspect could be how threading would affect the results especially with thecomputation on the extraction of descriptors from images being donesimulataneously.
机译:本文的目的是评估两种算法在移动设备上进行对象识别的可行性。本文的大部分内容基于Lowe(1999,2004)的SIFT算法研究以及Tola等人对DAISY算法的讨论。 (2010年),评估算法的关键方面以及它是否可以在移动设备上使用。SIFT算法已实现在台式机和基于Android的移动设备上运行,以测试对象检测的可行性。完成台式机的实现是为了在移动设备和台式计算机之间进行比较研究。桌面和Android平台上的实现的源代码可以在以下位置找到:https://github.com/iancornelius/SIFT-Android结果的结果表明,在移动设备上进行对象识别的任务是可行的。要进行的进一步工作是在台式机和Android移动设备上实施和评估DAISY,以比较DAISY是否可以改善在单核设备上获得的结果。另一个方面可能是线程将如何影响结果,特别是在从同时完成的图像中提取描述符的计算中。

著录项

  • 作者

    Cornelius I.;

  • 作者单位
  • 年度 2014
  • 总页数
  • 原文格式 PDF
  • 正文语种 English
  • 中图分类

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