Vehicle and Parking Space Detection Based on Improved YOLO Network Model

Author:

Ding Xiangwu,Yang Ruidi

Abstract

Abstract YOLO has a fast detection speed and is suitable for object detection in real-time environment. This paper is based on YOLO v3 network and applied to parking spaces and vehicle detection in parking lots. Based on YOLO v3, this paper adds a residual structure to extract deep vehicle parking space features, and uses four different scale feature maps for object detection, so that deep networks can extract more fine-grained features. Experiment results show that this method can improve the detection accuracy of vehicle and parking space, while reducing the missed detection rate.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference17 articles.

1. A Grid Projection Method Based on Ultrasonic Sensor for Parking Space Detection;Shao,2018

2. Parking Guidance System Based on ZigBee and Geomagnetic Sensor Technology;Zhou,2014

3. Design of a non-processor OBU device for parking system based on infrared communication;Chen,2017

4. Design of intelligent parking lot system based on wireless network;Yuan,2017

5. Car Detecting Method using high Resolution images;Dhawad;International Journal on Recent and Innovation Trends in Computing and Communication,2016

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