Applying Pose-Guided Deep Learning for Real--Time Virtual Try-On

Authors

  • Dr. Chandrika J Head of The Department, Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India Author
  • Khushi K Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 3Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 4Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India Author
  • Khalandar Bibi Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 3Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 4Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India Author
  • Khushi H W Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 3Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 4Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India Author
  • Moulya K AS Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 3Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India 4Dept. of CSE, Malnad College of Engg., Hassan, Karnataka, India Author

DOI:

https://doi.org/10.47392/IRJAEH.2025.0658

Keywords:

Virtual Try-On, Pose Detection, Size Estimation, Computer Vision, Real-Time Systems, E-Commerce

Abstract

This paper presents a real-time virtual try-on and size estimation system that allows users to preview garments directly on their live webcam feed, without generating 3D avatars or synthetic models. The goal is to replicate a mirror- like try-on experience on a web platform using computer vision techniques. The system integrates real-time body pose detection, size estimation from key points, garment overlay alignment, and a personalized virtual closet. The proposed approach ensures efficient rendering, user privacy, and compatibility with standard consumer devices. Experimental results demonstrate that the system achieves stable garment alignment and accurate body measurement estimation with a mean error of 3—4 cm. This work provides a practical solution for improving online shopping experiences through non-intrusive, real-time visualization.

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Published

2025-12-26

How to Cite

Applying Pose-Guided Deep Learning for Real--Time Virtual Try-On. (2025). International Research Journal on Advanced Engineering Hub (IRJAEH), 3(12), 4475-4482. https://doi.org/10.47392/IRJAEH.2025.0658

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