An important Artificial Intelligence based Network Optimization Framework for High Volume Bigdata in Financial Institutions

The rise of big data has created difficulties for financial institutions trying to work more effectively and extract meaningful perspectives from the copious volumes available. To pass on artificial intelligence to process large data volumes in time (AI). The framework uses dynamic and machine learning algorithms to process significant data volumes in time and improve network resource utilization and data processing speed. TrafficCam effectively manages network traffic to prioritize critical data, and financial institutions can read large swaths of information in real-time using the framework as a base for access, collection, and analysis. The net end of the story comes from more rapid decision-making and improved operational efficiency. AI-based solutions are also more secure and ensure the Privacy of the Data, which is critical when handling Sensitive information in Financial institutions. In conclusion, the framework for network optimization offers financial institutions a highly scalable and resilient system that enables users to effectively deal with massive big data processing while extracting significant insights.

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Published
2024-10-25
DOI
https://doi.org/10.1109/gccit63234.2024.10861956
Primary Topic
Cloud Computing and Resource Management
Type
article
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article

An important Artificial Intelligence based Network Optimization Framework for High Volume Bigdata in Financial Institutions

Roshan Mohammad, Vivek Kumar. M
Cloud Computing and Resource Management
article

An important Artificial Intelligence based Network Optimization Framework for High Volume Bigdata in Financial Institutions

Roshan Mohammad, Vivek Kumar. M
article en

Abstract

The rise of big data has created difficulties for financial institutions trying to work more effectively and extract meaningful perspectives from the copious volumes available. To pass on artificial intelligence to process large data volumes in time (AI). The framework uses dynamic and machine learning algorithms to process significant data volumes in time and improve network resource utilization and data processing speed. TrafficCam effectively manages network traffic to prioritize critical data, and financial institutions can read large swaths of information in real-time using the framework as a base for access, collection, and analysis. The net end of the story comes from more rapid decision-making and improved operational efficiency. AI-based solutions are also more secure and ensure the Privacy of the Data, which is critical when handling Sensitive information in Financial institutions. In conclusion, the framework for network optimization offers financial institutions a highly scalable and resilient system that enables users to effectively deal with massive big data processing while extracting significant insights.

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Cloud Computing and Resource Management
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