Person Re-Identification using Background Subtraction and Siamese Network for Pose Varians

Person Re-Identification is a process where the algorithm in charge of matching the similarity of two objects . This method can be used as an alternative solution for the current traditional security surveillance . Many modern technologies that use this model, especially in the use of Video Surv...

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Bibliographic Details
Main Authors: Nabila, Elsa Serli, Wahyono, Wahyono
Format: Other
Language:English
Published: Proceedings - 2022 8th International Conference on Science and Technology, ICST 2022 2022
Subjects:
Online Access:https://repository.ugm.ac.id/284292/1/179.Person_Re-Identification_using_Background_Subtraction_and_Siamese_Network_for_Pose_Varians.pdf
Description
Summary:Person Re-Identification is a process where the algorithm in charge of matching the similarity of two objects . This method can be used as an alternative solution for the current traditional security surveillance . Many modern technologies that use this model, especially in the use of Video Surveillance . The expected output from the use of this model is the process of monitoring and detecting the similarity of two human objects more efficiently and accurately . However , in its implementation there are still many problems found by previous researchers related to Person Identification . Some of the problems that are often encountered in re-identification are image occlusion , pose variance , illuminati , etc. One of the problems that occur is the difference in poses , the difference in poses causes the re - identification process to often experience errors because the features obtained by the two images may experience differences . In this study , trying to implement the algorithm on a video dataset . There is an additional preprocessing which uses the image segmentation method to extract objects from the video dataset . After pre -processing , the image obtained will be reidentified using the Siamese Network Algorithm. The test results obtained an accuracy of 51% and 54% for each architecture . While the accuracy value of object detection obtained is 0.359 and 0.378 , which means that the addition of segmentation using the background subtraction model when compared to previous studies is still not effective in dealing with the problem of different poses