Near real-time animal action recognition and classification

In computer vision, identification of actions of an object is considered as a complex and relevant task. When solving the problem, one requires information on the position of key points of the object. Training models that determine the position of key points requires a large amount of data, includin...

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Main Authors: A.D. Egorov, M.S. Reznik
Format: Article
Language:English
Published: Samara National Research University 2023-04-01
Series:Компьютерная оптика
Subjects:
Online Access:https://computeroptics.ru/eng/KO/Annot/KO47-2/470211e.html
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author A.D. Egorov
M.S. Reznik
author_facet A.D. Egorov
M.S. Reznik
author_sort A.D. Egorov
collection DOAJ
description In computer vision, identification of actions of an object is considered as a complex and relevant task. When solving the problem, one requires information on the position of key points of the object. Training models that determine the position of key points requires a large amount of data, including information on the position of these key points. Due to the lack of data for training, the paper provides a method for obtaining additional data for training, as well as an algorithm that allows highly accurate recognition of animal actions based on a small number of data. The achieved accuracy of determining the key points positions within a test sample is 92%. Positions of the key points define the action of the object. Various approaches to classifying actions by key points are compared. The accuracy of identifying the action of the object in the image reaches 72.9 %.
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spelling doaj.art-ce2b58dc957c486d85541dfd46a003ab2024-01-06T11:11:40ZengSamara National Research UniversityКомпьютерная оптика0134-24522412-61792023-04-0147227828610.18287/2412-6179-CO-1138Near real-time animal action recognition and classificationA.D. Egorov0M.S. Reznik1National Research Nuclear University MEPhINational Research Nuclear University MEPhIIn computer vision, identification of actions of an object is considered as a complex and relevant task. When solving the problem, one requires information on the position of key points of the object. Training models that determine the position of key points requires a large amount of data, including information on the position of these key points. Due to the lack of data for training, the paper provides a method for obtaining additional data for training, as well as an algorithm that allows highly accurate recognition of animal actions based on a small number of data. The achieved accuracy of determining the key points positions within a test sample is 92%. Positions of the key points define the action of the object. Various approaches to classifying actions by key points are compared. The accuracy of identifying the action of the object in the image reaches 72.9 %.https://computeroptics.ru/eng/KO/Annot/KO47-2/470211e.htmlcomputer visionmachine learninganimal recognitionaction recognitiondata augmentationkeypoint r-cnnmobile net
spellingShingle A.D. Egorov
M.S. Reznik
Near real-time animal action recognition and classification
Компьютерная оптика
computer vision
machine learning
animal recognition
action recognition
data augmentation
keypoint r-cnn
mobile net
title Near real-time animal action recognition and classification
title_full Near real-time animal action recognition and classification
title_fullStr Near real-time animal action recognition and classification
title_full_unstemmed Near real-time animal action recognition and classification
title_short Near real-time animal action recognition and classification
title_sort near real time animal action recognition and classification
topic computer vision
machine learning
animal recognition
action recognition
data augmentation
keypoint r-cnn
mobile net
url https://computeroptics.ru/eng/KO/Annot/KO47-2/470211e.html
work_keys_str_mv AT adegorov nearrealtimeanimalactionrecognitionandclassification
AT msreznik nearrealtimeanimalactionrecognitionandclassification