The distribution of O3 Mean in the highest, middle, and lowest cities after MSD stages: (a) O3 mean values in the original data. (b) O3 mean values after the first stage. (c) O3 mean values after the second stage.

The distribution of O3 Mean in the highest, middle, and lowest cities after MSD stages: (a) O3 mean values in the original data. (b) O3 mean values after the first stage. (c) O3 mean values after the second stage.

<p>The distribution of O3 Mean in the highest, middle, and lowest cities after MSD stages: (a) O3 mean values in the original data. (b) O3 mean values after the first stage. (c) O3 mean values after the second stage.</p>

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Bibliographic Details
Main Author:	Tamer Abdel Latif Ali (21464041) (author)
Other Authors:	Mostafa M. Elsherbini (21464044) (author)
Published:	2025
Subjects:	Biochemistry Immunology Space Science Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified various attribute types tailored pseudocode algorithm simulation results reveal safeguarding sensitive information overall accuracy exceeding mislead unauthorized users high computational complexity achieving superior performance techniques addresses gaps presenting protected data ensuring data privacy div >< p traditional encryption methods msd method achieves methods aim method ’ deception techniques stored data data protection value change study highlights still insufficient stack reversal robust defense powerful tool optimize deception fundamental challenge findings demonstrate exponential growth enhanced protection electronically transmitted decryption attempts attack resilience advanced attacks adaptable framework
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