EspiNet V2: a region based deep learning model for detecting motorcycles in urban scenarios Articles uri icon

authors

  • Espinosa Oviedo, Jorge Ernesto
  • VELASTIN CARROZA, SERGIO ALEJANDRO
  • Branch Bedoya, John William

publication date

  • March 2020

start page

  • 317

end page

  • 326

issue

  • 211

volume

  • 86

International Standard Serial Number (ISSN)

  • 0012-7353

abstract

  • This paper presents "EspiNet V2" a Deep Learning model, based on the region-based detector Faster R-CNN. The model is used for the detection of motorcycles in urban environments, where occlusion is likely. For training, two datasets are used: the Urban Motorbike Dataset (UMD-10K) of 10,000 annotated images, and the new SMMD (Secretaría de Movilidad Motorbike Dataset), of 5,000 images captured from the Traffic Control CCTV System in Medellín (Colombia). Results achieved on the UMD-10K dataset reach 88.8% in average precision (AP) even when 60% motorcycles were occluded, and the images were captured from a low angle and a moving camera. Meanwhile, an AP of 79.5% is reached for SSMD. EspiNet V2 outperforms popular models such as YOLO V3 and Faster R-CNN (VGG16 based) trained end-to-end for those datasets.

keywords

  • vehicle detection; motorcycle detection; faster r-cnn; region-based detectors; convolutional neural networks; deep learning; detección de vehículos; detección de motocicletas; detectores basados en regiones; redes neuronales convolucionales; aprendizaje profundo