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publication name Automatic Gun Detection Approach for Video Surveillance
Authors Mai K. Galab; Ahmed Taha; Hala H. Zayed
year 2020
keywords Closed Circuit Television, Convolutional Neural Network, Deep Neural Network, Transfer Learning, Video Surveillance Systems
journal International Journal of Sociotechnology and Knowledge Development
volume Not Available
issue Not Available
pages Not Available
publisher IGI Global
Local/International International
Paper Link Not Available
Full paper download
Supplementary materials Not Available
Abstract

Theimmensecrimeratesresultingfromusingpistolshaveledgovernmentstoseeksolutionstodeal withsuchterroristincidents.Theseincidentshaveanegativeimpactonpublicsecurityandcause panicamongcitizens.Fromthispoint,facingapandemicofweaponviolencehasbecomeanimportant researchtopic.Onewaytoreducethiskindofviolenceistopreventitviaremotedetectionandtogive anappropriateresponseinashorttime.Videosurveillanceistheprocessofmonitoringthebehavior ofpeopleandobjects.Surveillancesystemscanbeemployedinsecurityapplicationsaslegalevidence. Moreover,itisusedwidelyinsuspiciousactivitydetectionapplications.Intelligentvideosurveillance systems(IVSSs)aretheuseofautomaticvideoanalyticstoenhancetheeffectivenessoftraditional surveillancesystems.WiththerapiddevelopmentinDeepLearning(DL),itisnowwidelyusedto addresstheproblemsexistingintraditionaldetectiontechniques.Inthisarticle,anapproachtodetect pistolsandgunsinvideosurveillancesystemsisproposed.Thepresentedapproachdoesnotneed anyinvasivetoolsintheweapondetectionprocess.ItusesDLintheclassificationandthedetection processes.TheproposedapproachenhancestheobtainedresultsbyapplyingTransferLearning(TL). ItemploystwodifferentDLtechniques:AlexNetandGoogLeNet.Experimentalresultsverifythe adaptabilityofdetectingdifferenttypesofpistolsandguns.Theexperimentswereconductedona benchmarkgundatabasecalledInternetMovieFirearmsDatabase(IMFDB).Theresultsobtained suggestthattheproposedapproachispromisingandoutperformsitscounterparts.

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