Abstract

Convolutional Neural Networks (CNN) have high performance in the fields of object recognition and classification. The strength of CNNs comes from the fact that they are able to extract information from raw-pixel content and learn features automatically. Feature extraction and classification algorithms can be either hand-crafted or Deep Learning (DL) based. DL detection approaches can be either two stages (region proposal approaches) detector or a single stage (non-region proposal approach) detector. Region proposal-based techniques include R-CNN, Fast RCNN, and Faster RCNN. Non-region proposal-based techniques include Single Shot Detector (SSD) and You Only Look Once (YOLO). We are going to compare the speed and accuracy of Faster RCNN, YOLO, and SSD for effective drone detection in various environments. We have found that both Faster RCNN and YOLO have high recognition ability compared to SSD; on the other hand, SSD has good detection ability.

Highlights

  • Feature extraction and classification algorithms can be either hand-crafted or Deep Learning (DL)-based

  • Experimental results showed that Fast R-Convolutional Neural Networks (CNN) had 66.9% mean average precession (mAP) while R-CNN of 66.0% on the PASCAL VOC2007 dataset

  • Used Nvidia k40 GPU on those experiments, which demonstrated that Fast RCNN did accolated object detection process

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Summary

Introduction

Feature extraction and classification algorithms can be either hand-crafted or DL-based. Hand-crafted methods for feature extraction are based on manually designed models that work on low-level features to propose Regions of Interest (ROIs) (Sun, W., et al, 2018). Those models were based on techniques such as Background Subtraction (BS), the Histogram of Oriented Gradients (HOG) features ( Dalal, N. et al, 2005) and Drones are not included in common images datasets which required collecting special datasets to estimate the performance of DL detection and recognition algorithms

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