Detection of Road Images Containing a Counterlight Using Multilevel Analysis

In this paper, a method for detecting real-time images that include counterlight produced by the sun, is proposed. It involves applying a multistep analysis of the size, location, and distribution of bright areas in the image. In general, images containing counterlight have a symmetrically high brig...

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Main Author: JongBae Kim
Format: Article
Language:English
Published: MDPI AG 2021-11-01
Series:Symmetry
Subjects:
Online Access:https://www.mdpi.com/2073-8994/13/11/2210
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author JongBae Kim
author_facet JongBae Kim
author_sort JongBae Kim
collection DOAJ
description In this paper, a method for detecting real-time images that include counterlight produced by the sun, is proposed. It involves applying a multistep analysis of the size, location, and distribution of bright areas in the image. In general, images containing counterlight have a symmetrically high brightness value at a specific location spread over an extremely large region. In addition, the distribution and change in brightness in that specific region have a symmetrically large difference compared with other regions. Through a multistep analysis of these symmetrical features, it is determined whether counterlight is included in the image. The proposed method presents a processing time of approximately 0.7 s and a detection accuracy of 88%, suggesting that the approach can be applied to a safe driving support system for autonomous vehicles.
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spelling doaj.art-f4d47b98e95a417d91aee7c86fc5ac512023-11-23T01:47:02ZengMDPI AGSymmetry2073-89942021-11-011311221010.3390/sym13112210Detection of Road Images Containing a Counterlight Using Multilevel AnalysisJongBae Kim0Department of Software Engineering, Sejong Cyber University, Seoul 05000, KoreaIn this paper, a method for detecting real-time images that include counterlight produced by the sun, is proposed. It involves applying a multistep analysis of the size, location, and distribution of bright areas in the image. In general, images containing counterlight have a symmetrically high brightness value at a specific location spread over an extremely large region. In addition, the distribution and change in brightness in that specific region have a symmetrically large difference compared with other regions. Through a multistep analysis of these symmetrical features, it is determined whether counterlight is included in the image. The proposed method presents a processing time of approximately 0.7 s and a detection accuracy of 88%, suggesting that the approach can be applied to a safe driving support system for autonomous vehicles.https://www.mdpi.com/2073-8994/13/11/2210counterlight detectionmultilevel analysisITSsafe driving support systems
spellingShingle JongBae Kim
Detection of Road Images Containing a Counterlight Using Multilevel Analysis
Symmetry
counterlight detection
multilevel analysis
ITS
safe driving support systems
title Detection of Road Images Containing a Counterlight Using Multilevel Analysis
title_full Detection of Road Images Containing a Counterlight Using Multilevel Analysis
title_fullStr Detection of Road Images Containing a Counterlight Using Multilevel Analysis
title_full_unstemmed Detection of Road Images Containing a Counterlight Using Multilevel Analysis
title_short Detection of Road Images Containing a Counterlight Using Multilevel Analysis
title_sort detection of road images containing a counterlight using multilevel analysis
topic counterlight detection
multilevel analysis
ITS
safe driving support systems
url https://www.mdpi.com/2073-8994/13/11/2210
work_keys_str_mv AT jongbaekim detectionofroadimagescontainingacounterlightusingmultilevelanalysis