Review the Deep Learning Strategies for Enhancing the Security of Body Area Networks Against Adversarial Attack

Thereis an urgent need for strong security measures to protect Body Area Networks (BANs) from malicious threats, as their use in health monitoring and telemedicine continues to grow. To improve BAN security, this research presents a new method that makes use of deep learning approaches. Data breaches, unauthorised access, and other cyberattacks that target the particular weaknesses of BANs are among the many cybersecurity threats that our approach uses sophisticated neural network designs to detect and mitigate. Typical network traffic events and simulated adversarial attacks are both included in the extensive dataset that our deep learning model is trained on. The model can then learn to identify suspicious behaviour by observing complicated patterns and outliers. The design of the device is such that it can run smoothly on very little power while still achieving excellent efficiency.

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Publication Details

Published
2024-09-27
DOI
https://doi.org/10.1109/acroset62108.2024.10743467
Primary Topic
Biometric Identification and Security
Type
article
Field-Weighted Citation Impact
0.00
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article

Review the Deep Learning Strategies for Enhancing the Security of Body Area Networks Against Adversarial Attack

Jagrati Nagdiya, Rajeev Goyal
Biometric Identification and Security
article

Review the Deep Learning Strategies for Enhancing the Security of Body Area Networks Against Adversarial Attack

Jagrati Nagdiya, Rajeev Goyal
article en

Abstract

Thereis an urgent need for strong security measures to protect Body Area Networks (BANs) from malicious threats, as their use in health monitoring and telemedicine continues to grow. To improve BAN security, this research presents a new method that makes use of deep learning approaches. Data breaches, unauthorised access, and other cyberattacks that target the particular weaknesses of BANs are among the many cybersecurity threats that our approach uses sophisticated neural network designs to detect and mitigate. Typical network traffic events and simulated adversarial attacks are both included in the extensive dataset that our deep learning model is trained on. The model can then learn to identify suspicious behaviour by observing complicated patterns and outliers. The design of the device is such that it can run smoothly on very little power while still achieving excellent efficiency.

Openalex Percentile: Top 78%
Biometric Identification and Security
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