基于CNN特征的建筑机器人导航视觉局部识别方法

Hadha Afrisal
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引用次数: 2

摘要

特别是针对地面定位系统(GPS)不可靠的室内机器人导航应用,开发基于视觉传感器的位置识别算法至关重要。本文将卷积神经网络(CNN)模型中学习到的特征与传统的SIFT特征词袋(BoW)和局部二值模式直方图(HOUP)的位置识别方法进行比较。这一研究发现表明,我们使用预训练CNN AlexNet的迁移学习方法学习特征的方法的性能优于基于手工特征(如BoW和HOUP)的传统方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Metode Pengenalan Tempat Secara Visual Berbasis Fitur CNN untuk Navigasi Robot di Dalam Gedung
Place recognition algorithm based-on visual sensor is crucial to be developed especially for an application of indoor robot navigation in which a Ground Positioning System (GPS) is not reliable to be utilized. This research compares the approach of place recognition of using learned-features from a model of Convolutional Neural Network (CNN) against conventional methods, such as Bag of Words (BoW) with SIFT features and Histogram of Oriented Uniform Patterns (HOUP) with its Local Binary Patterns (LBP). This research finding shows that the performance of our approach of using learned-features with transfer learning method from pre-trained CNN AlexNet is better than the conventional methods based-on handcrafted-features such as BoW and HOUP.
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