Encryption throughput (Byte/sec).

<div><p>The Internet of Things (IoT) includes vehicles, homes, and integrated sensors and many interconnected physical devices that gather and share data to interact with their environment. Data moving across multiple levels is vulnerable to various security threats, including leaks and...

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Bibliographic Details
Main Author:	Shahnwaz Afzal (22184546) (author)
Other Authors:	Mohammad Ubaidullah Bokhari (22184549) (author), Mahfooz Alam (14096469) (author), Mohd Shahid Husain (22184552) (author), Mohammad Zunnun Khan (20565234) (author), Zubair Ashraf (22184555) (author)
Published:	2025
Subjects:	Neuroscience Biotechnology Science Policy Space Science Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified subsequent study analyzing logistic round module correlation coefficients reinforces bit shift registers architecture &# 8217 various security threats robust cryptographic security experimental results demonstrate component significantly improves bit chaotic outputs balancing strict security proposed cipher exceeds cipher &# 8217 secure iot communication optimal performance metrics average shannon entropy proposed encryption method model improves method achieves chaotic map also demonstrate xlink "> unauthorized access two 80 successfully passing share data provides efficient produces 32 overall performance methodically eliminating key expansion integrated sensors individual effects including leaks including grain includes vehicles hence confirming enhance confusion energy efficiency decryption time decryption duration current algorithms cryptanalytic attacks constrained environments avalanche effect avalanche analysis ablation research
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Encryption throughput (Byte/sec).

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