Empirical Possibilities of Social Network Privacy and Security Enhancement to Improve Data Communication Efficiency

The goal of this research is to understand the experimental solutions that may be able address one or more pressing challenges, that is, improving data transport and privacy within social networks. The proposed approach named as Social Network Privacy-Preserving Principle (SNPPP) and existing technique known as Social Media Data Protection (SMDP) has been validated using cross validation. New method ensures the privacy of user by cleaning and sanitizing efficiently user generated data before sharing, as opposed to existing practice. One popular way to safeguard people while using social media is the Social Media Data Protection (SMDP) method. This refers to measures that have been undertaken by which the privacy of information, obtained and processed through social media platforms is kept safe. With the increasing dependency on such platforms, it is imperative to be extra cautious with secure user information and build confidence. This research aims to explore various possible solutions such as granular privacy controls, advanced security mechanisms and secure data transfer protocols. Through these updates, it may be possible to better establish a more secure environment for social networks by enabling seamless and as seamlessly as possible data transmission between users. Results of this study make a contribution to the ongoing debate about how much user privacy and technical progress are balanced.

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Publication Details

Published
2024-11-22
DOI
https://doi.org/10.1109/icetems64039.2024.10964976
Citations
13
Primary Topic
Privacy, Security, and Data Protection
Type
article
Field-Weighted Citation Impact
14.72
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article

Empirical Possibilities of Social Network Privacy and Security Enhancement to Improve Data Communication Efficiency

R. Revathi, T P Ramachandran, Mohammad Omar Sabri, Vanlin Sathya et al.
13 citations
Privacy, Security, and Data Protection
14.72
article

Empirical Possibilities of Social Network Privacy and Security Enhancement to Improve Data Communication Efficiency

R. Revathi, T P Ramachandran, Mohammad Omar Sabri, Vanlin Sathya, Rajkumar Chadge, Sharon Sweeti
article en
13 citations

Abstract

The goal of this research is to understand the experimental solutions that may be able address one or more pressing challenges, that is, improving data transport and privacy within social networks. The proposed approach named as Social Network Privacy-Preserving Principle (SNPPP) and existing technique known as Social Media Data Protection (SMDP) has been validated using cross validation. New method ensures the privacy of user by cleaning and sanitizing efficiently user generated data before sharing, as opposed to existing practice. One popular way to safeguard people while using social media is the Social Media Data Protection (SMDP) method. This refers to measures that have been undertaken by which the privacy of information, obtained and processed through social media platforms is kept safe. With the increasing dependency on such platforms, it is imperative to be extra cautious with secure user information and build confidence. This research aims to explore various possible solutions such as granular privacy controls, advanced security mechanisms and secure data transfer protocols. Through these updates, it may be possible to better establish a more secure environment for social networks by enabling seamless and as seamlessly as possible data transmission between users. Results of this study make a contribution to the ongoing debate about how much user privacy and technical progress are balanced.

Zarqa University (JO), St. Joseph's Institute of Technology (IN), University of Business and Technology (SA), Saveetha University (IN)
Reduced inequalities
Openalex Percentile: Top 1%
Privacy, Security, and Data Protection
14.72
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Empirical Possibilities of Social Network Privacy and Security Enhancement to Improve Data Communication Efficiency — R. Revathi, T P Ramachandran, et al. · (2024) | TGRS Research Map | TGRS