UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in Video

Few object detection methods exist which can resolve small objects (<20 pixels) from complex static backgrounds without significant computational expense. A framework capable of meeting these needs which reverses the steps in classic edge detection methods using the Canny filter for edge detectio...

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Bibliographic Details
Main Authors: Wesley T. Honeycutt, Eli S. Bridge
Format: Article
Language:English
Published: MDPI AG 2021-04-01
Series:Journal of Imaging
Subjects:
Online Access:https://www.mdpi.com/2313-433X/7/5/77
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author Wesley T. Honeycutt
Eli S. Bridge
author_facet Wesley T. Honeycutt
Eli S. Bridge
author_sort Wesley T. Honeycutt
collection DOAJ
description Few object detection methods exist which can resolve small objects (<20 pixels) from complex static backgrounds without significant computational expense. A framework capable of meeting these needs which reverses the steps in classic edge detection methods using the Canny filter for edge detection is presented here. Sample images taken from sequential frames of video footage were processed by subtraction, thresholding, Sobel edge detection, Gaussian blurring, and Zhang–Suen edge thinning to identify objects which have moved between the two frames. The results of this method show distinct contours applicable to object tracking algorithms with minimal “false positive” noise. This framework may be used with other edge detection methods to produce robust, low-overhead object tracking methods.
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spelling doaj.art-f6aebcd3572b4262b73a0aba2f1b28452023-11-21T16:54:25ZengMDPI AGJournal of Imaging2313-433X2021-04-01757710.3390/jimaging7050077UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in VideoWesley T. Honeycutt0Eli S. Bridge1Oklahoma Biological Survey, University of Oklahoma, Norman, OK 73019, USAOklahoma Biological Survey, University of Oklahoma, Norman, OK 73019, USAFew object detection methods exist which can resolve small objects (<20 pixels) from complex static backgrounds without significant computational expense. A framework capable of meeting these needs which reverses the steps in classic edge detection methods using the Canny filter for edge detection is presented here. Sample images taken from sequential frames of video footage were processed by subtraction, thresholding, Sobel edge detection, Gaussian blurring, and Zhang–Suen edge thinning to identify objects which have moved between the two frames. The results of this method show distinct contours applicable to object tracking algorithms with minimal “false positive” noise. This framework may be used with other edge detection methods to produce robust, low-overhead object tracking methods.https://www.mdpi.com/2313-433X/7/5/77edge detectionobject detectionvideo processing
spellingShingle Wesley T. Honeycutt
Eli S. Bridge
UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in Video
Journal of Imaging
edge detection
object detection
video processing
title UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in Video
title_full UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in Video
title_fullStr UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in Video
title_full_unstemmed UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in Video
title_short UnCanny: Exploiting Reversed Edge Detection as a Basis for Object Tracking in Video
title_sort uncanny exploiting reversed edge detection as a basis for object tracking in video
topic edge detection
object detection
video processing
url https://www.mdpi.com/2313-433X/7/5/77
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