Anti-Cheating Model Based on TransReID Campus Running

Pedestrian recognition is the use of computer vision algorithms to match pedestrian images or videos across devices, which has a huge application prospect in smart security, smart business, and so on. In this paper, TransReID technology is innovatively applied to campus running, and this paper is based on Vision Transformer's pedestrian recognition framework. The Transformer network is used as the backbone network; in addition, in order to improve the recognition ability and more diversified coverage proposed, this paper also innovatively adds the feature rotation invariance constraint strategy, which improves the recognition ability of human-type images with different angles. Finally, the mAP accuracy reaches 69.4%, which exceeds the original model by 8.4%, as shown on the MSMI17 dataset.

Publication Details

Journal
Computing Performance and Communication systems
Published
2025-01-01
DOI
https://doi.org/10.23977/cpcs.2025.090104
Primary Topic
Digital Rights Management and Security
Type
article
Field-Weighted Citation Impact
0.00

Funders

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article

Anti-Cheating Model Based on TransReID Campus Running

Computing Performance and Communication systems
Digital Rights Management and Security
article

Anti-Cheating Model Based on TransReID Campus Running

article en

Abstract

Pedestrian recognition is the use of computer vision algorithms to match pedestrian images or videos across devices, which has a huge application prospect in smart security, smart business, and so on. In this paper, TransReID technology is innovatively applied to campus running, and this paper is based on Vision Transformer's pedestrian recognition framework. The Transformer network is used as the backbone network; in addition, in order to improve the recognition ability and more diversified coverage proposed, this paper also innovatively adds the feature rotation invariance constraint strategy, which improves the recognition ability of human-type images with different angles. Finally, the mAP accuracy reaches 69.4%, which exceeds the original model by 8.4%, as shown on the MSMI17 dataset.

Computing Performance and Communication systemsVol. 9(1)
University of Science and Technology Liaoning
Openalex Percentile: Top 86%
Digital Rights Management and Security
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