The Smart and Effective Deep Learning Using Information Capture and Retrieval

The availability of a golden age, where all the data exist in dissimilar sources and forms, the preference for information retrieval is futile. The present traditional information retrieval systems need to be designed and allowed to process those extensive volumes and different forms of data. This paper addresses this problem by presenting a very effective deep learning-based information retrieval model for big data applications. First, our model initializes a deep learning technique, machine learning, which teaches based on deep knowledge. Our model improves gradually as it receives more data and supports "natural language processing and image recognition." It works with dissimilar forms of data. The second advantage is that it is data-sparse and user-fickle. It can be modified easily based on the current dynamic significant data lifestyle trends. As the intelligent algorithms, our model will filter out all the unimportant data and offer the user a more simplified search. It is adaptable to large amounts of data and has satisfactorily achieved results with real-world applications.

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Publication Details

Published
2024-09-20
DOI
https://doi.org/10.1109/i3ceet61722.2024.10994090
Primary Topic
Text and Document Classification Technologies
Type
article
Field-Weighted Citation Impact
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article

The Smart and Effective Deep Learning Using Information Capture and Retrieval

Krishna Kant Dixit, Prakash Joshi, Satvik Vats, Sunita Kumari et al.
Text and Document Classification Technologies
article

The Smart and Effective Deep Learning Using Information Capture and Retrieval

Krishna Kant Dixit, Prakash Joshi, Satvik Vats, Sunita Kumari, Gagan Varshney
article en

Abstract

The availability of a golden age, where all the data exist in dissimilar sources and forms, the preference for information retrieval is futile. The present traditional information retrieval systems need to be designed and allowed to process those extensive volumes and different forms of data. This paper addresses this problem by presenting a very effective deep learning-based information retrieval model for big data applications. First, our model initializes a deep learning technique, machine learning, which teaches based on deep knowledge. Our model improves gradually as it receives more data and supports "natural language processing and image recognition." It works with dissimilar forms of data. The second advantage is that it is data-sparse and user-fickle. It can be modified easily based on the current dynamic significant data lifestyle trends. As the intelligent algorithms, our model will filter out all the unimportant data and offer the user a more simplified search. It is adaptable to large amounts of data and has satisfactorily achieved results with real-world applications.

IMS Unison University (IN), Graphic Era University (IN), GLA University (IN)
Openalex Percentile: Top 73%
Text and Document Classification Technologies
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The Smart and Effective Deep Learning Using Information Capture and Retrieval — Krishna Kant Dixit, Prakash Joshi, et al. · (2024) | TGRS Research Map | TGRS