GRENZE International Journal of Engineering and Technology
Vol. 11
(2025), Issue 1
Comprehensive Study of Deep Learning Approaches to Image Deduplication and Storage
Authors
Pratheeba, JaneRubelAngelinaJeyaraj
Abstract
The primary focus of this work is on the practical investigation of deduplication on photos using deep learning algorithms. Individuals are inquisitive about transferring and exchanging data, particularly as an image, in this world of digitizing technology. Due to this expansion, storage capacity has increased and now contains a significant quantity of superfluous multimedia content. Deduplication is one among the emerging techniques for managing redundant data that is dispersed across multiple sites. Debugging keeps one copy of the data and replaces the other data with references to the saved copy when several duplicates of the identical data are discovered. A lot of additional data can efficiently be stored in storage. Although there are several kinds of deduplication algorithms, because image deduplication is a challenging technology, researchers focus a lot on it and how it is implemented. The application of systems with real-time image deduplication techniques using various deep-learning techniques is discussed in this article. The dataset is managed via DL through high-dimensional spatial mapping. Using cutting-edge methods, the deep convolutional neural network (CNN) offers extraordinary support for picture categorization and processing.
Pages:
5190 - 5194