
		<paper>
			<loc>https://jjcit.org/paper/62</loc>
			<title>DEEP LEARNING-BASED RACING BIB NUMBER DETECTION AND RECOGNITION</title>
			<doi>10.5455/jjcit.71-1562747728</doi>
			<authors>Yan Chiew Wong,Li Jia Choi,Ranjit Singh Sarban Singh,Haoyu Zhang,A. R.,Syafeeza</authors>
			<keywords>Racing Bib Number,You Only Look Once Version 3,Convolutional Recurrent Neural Network.</keywords>
			<citation>21</citation>
			<views>5905</views>
			<downloads>1308</downloads>
			<received_date>2019-07-10</received_date>
			<revised_date>2019-08-27</revised_date>
			<accepted_date>2019-08-28</accepted_date>
			<abstract>Healthy lifestyle trends are getting more prominent around the world. There are numerous numbers of marathon 
running  race  events  that  have  been  held  and  inspired  interest  among  peoples  of  different  ages,  genders  and 
countries.  Such  diversified  truths  increase  more  difficulties  to  comprehending  large  numbers of  marathon 
images, since  such  process  is  often  done  manually.  Therefore,  a new approach  for racing  bib  number  (RBN) 
localization  and  recognition  for  marathon  running races using  deep  learning is  proposed in  this  paper. 
Previously, all RBN application systems have been developed by using image processing techniques only, which  
limits the  performance achieved. There are  two phases in the  proposed system that are  phase  1: RBN detection 
and phase 2: RBN recognition. In  phase 1, You Only Look Once version 3 (YOLOv3) which consists of a single 
convolutional network is used to predict the runner and RBN by multiple bounding boxes and class probabilities 
of  those  boxes.YOLOv3  is  a  new  classifier  network  that  outperforms  other  state-of-art  networks. In  phase  2, 
Convolutional Recurrent Neural Network (CRNN) is used to generate a label sequence for each input image and 
then  select  the  label  sequence  that  has  the  highest  probability.  CRNN  can  be  straight  trained  from  sequence 
labels  such  as  words  without  any  annotation  of  characters.  Therefore,  CRNN  recognizes  the  contents  of  RBN 
detected.  The  experimental  results  based  on  mean  average  precision  (mAP)  and  edit  distance  have  been 
analyzed.  The  developed  system is suitable  for  marathon  or  distance  running  race  events and automates  the 
localization  and  recognition  of  racers, thereby increasing  efficiency  in  event  control  and  monitoring  as well  as 
post-processing the event data.</abstract>
		</paper>


