Computer vision and machine learning methods for digital restoration

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Authors: Amelia Grace, Igor V Kovalev, Anna A. Voroshilova, Yorkin Kadirov, Kirill Lukyanov
Cited by: 0
References: 12

Abstract

This article examines the primary computer vision methods of the OpenCV library designed for automated object detection, recognition, and classification in digital images, aimed at providing information for decision-making and subsequent processing. Based on the analysis of image segmentation methods and algorithms, feature extraction, object detection and recognition, as well as clustering, the authors propose solutions to optimize their performance and adapt them to the applied task of digital restoration of objects of historical and cultural heritage.

Fields of Study & Subjects

Image Processing and 3D Reconstruction Advanced Neural Network Applications Computer Science and Engineering

Publication details

Journal / source
AIP conference proceedings
Volume
3390
Pages
060013–060013
Publication date
1 January 2026
Language
EN